Buried PVC conduit and direction changes

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It's an unusual approach. I've been ivolved in many RV installs and almost all of them used loop feeders, commonly 100-200 amp, to feed multiple pedestals. The pedestals are designed or that type arrangement.
 
It's an unusual approach. I've been ivolved in many RV installs and almost all of them used loop feeders, commonly 100-200 amp, to feed multiple pedestals. The pedestals are designed or that type arrangement.

From what I’m reading, OP is likely building an automated RV park where booking and check-in is handled through an app. You need monitored control over each pedestal to energize and de-energize the lot based on the rental dates. You pull to the gate, punch in a key code or scan a QR code, and the site is then powered on. When you leave, the site will then be powered off.

There are alternative ways to handle this, but the Eaton smart breakers and dedicated feeders are the most economical and maintenance-friendly way to do it. Eaton also has an open API that allows anyone to write their own control software.


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From what I’m reading, OP is likely building an automated RV park where booking and check-in is handled through an app. You need monitored control over each pedestal to energize and de-energize the lot based on the rental dates. You pull to the gate, punch in a key code or scan a QR code, and the site is then powered on. When you leave, the site will then be powered off.

There are alternative ways to handle this, but the Eaton smart breakers and dedicated feeders are the most economical and maintenance-friendly way to do it. Eaton also has an open API that allows anyone to write their own control software.


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Right on the money! This will be a 30 site park in Indiana. This will be our pilot site with the Eaton breakers.
 
You pull to the gate, punch in a key code or scan a QR code, and the site is then powered on. When you leave, the site will then be powered off.
Aren't most or all smart breakers just shunt trips that can be powered off remotely but must be manually reset to power back on or am I just lost or behind?
 
Aren't most or all smart breakers just shunt trips that can be powered off remotely but must be manually reset to power back on or am I just lost or behind?

The Eaton breakers can be switched off/on remotely. Instead of having LV wired switching like the BABRPxxxx breakers, these are controlled completely over Wi-Fi.
 
From what I’m reading, OP is likely building an automated RV park where booking and check-in is handled through an app. You need monitored control over each pedestal to energize and de-energize the lot based on the rental dates. You pull to the gate, punch in a key code or scan a QR code, and the site is then powered on. When you leave, the site will then be powered off.

There are alternative ways to handle this, but the Eaton smart breakers and dedicated feeders are the most economical and maintenance-friendly way to do it. Eaton also has an open API that allows anyone to write their own control software.


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Makes sense, it was only time when they would start doing it!
Aren't most or all smart breakers just shunt trips that can be powered off remotely but must be manually reset to power back on or am I just lost or behind?
In commercial, the breakers turn off/on using one of two methods, Eaton uses solenoids (we call them SOB’s) Square D uses tiny dc motors. Larger breakers use motors that wind up a spring to open and close.
The Eaton breakers can be switched off/on remotely. Instead of having LV wired switching like the BABRPxxxx breakers, these are controlled completely over Wi-Fi.
First I’ve heard of Eaton using WiFi. Interesting. Eaton has always had issues with the control rails on their previous models. Are these bolt in? Or plug in? I installed some wireless self powered CT’s made by an Israeli company. They had a booster/retransmiter mounted outside the panel. It would be too costly for this application.
 
I sense a code change in the near future. What about a warning label?
What warning would you want to see? These breakers will be located at the main distribution panel. The RV pedestals will still have a local 50A breaker as well.
 
What warning would you want to see? These breakers will be located at the main distribution panel. The RV pedestals will still have a local 50A breaker as well.
This would likely be a discussion for another thread, but IMHO some signage indicating Remote Control possible.
 
I vote we remove ALL warning labels and let natural selection take back over. It has failed us in the last 20 years....but that's just my $.02
 
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