Nice bro , just add another conveyer , power from battery to 1st conveyer the passthru 2nd conveyer then passthru from 2nd conveyer to a memory cell ,then configure first conveyer to ore only and second conveyer to materials of ore , then wire first conveyer filter pass to memory cell set and second conveyer filter fail to memory cell reset then from memory cell right output to branch and then from branch to splitter so if ore is present it will turn on , once ore is dont smelting and there are no ore in the box it will turn off thus way no manual powering on and off
thats one way to do auto on off bu i find a much simpler way to do it is to use an AND switch and a blocker. branch both conveyers fail filter to the AND switch then from the AND switch to the side of the blocker. main power runs through a switch then into bottom of blocker then out to a splitter or branch. i still havnt seen anyone set it up like i described though
Great job , keep it up! I enjoyed watching that even I know a lot about Rust in 3k hours ❤️ Keep it up and never forget a little detail , you know stuff that a lot of people don’t 🔥
Power branch isn't necessary. Power in > switch > conveyor > passthrough to splitter > split to furnaces. But +1 for knowing to use only 1 conveyor on a closed system.
I posted the exact same thing a few minutes ago haha. Unnecessary extra part. But being components don't draw power anymore, I guess it's not as big of a deal.
@@vasluiocazie7504 At that point you're introducing other parts into the equation. And your interior lights are controlled by your smelter which...doesn't seem desirable. But you do you.
Nice bro , just add another conveyer , power from battery to 1st conveyer the passthru 2nd conveyer then passthru from 2nd conveyer to a memory cell ,then configure first conveyer to ore only and second conveyer to materials of ore , then wire first conveyer filter pass to memory cell set and second conveyer filter fail to memory cell reset then from memory cell right output to branch and then from branch to splitter so
if ore is present it will turn on , once ore is dont smelting and there are no ore in the box it will turn off thus way no manual powering on and off
thats one way to do auto on off bu i find a much simpler way to do it is to use an AND switch and a blocker. branch both conveyers fail filter to the AND switch then from the AND switch to the side of the blocker. main power runs through a switch then into bottom of blocker then out to a splitter or branch. i still havnt seen anyone set it up like i described though
lol i did the same thing a while back the same config as u
Finally someone who doesnt run each furnace out to a separate combiner thats unneeded
Great job , keep it up! I enjoyed watching that even I know a lot about Rust in 3k hours ❤️
Keep it up and never forget a little detail , you know stuff that a lot of people don’t 🔥
Power branch isn't necessary.
Power in > switch > conveyor > passthrough to splitter > split to furnaces.
But +1 for knowing to use only 1 conveyor on a closed system.
i use branch to switch to industrial conveyor (passthrough ) to spliter
I posted the exact same thing a few minutes ago haha.
Unnecessary extra part.
But being components don't draw power anymore, I guess it's not as big of a deal.
@The_Pariah i use the brench in case i want the rest of curent for light idk
@@vasluiocazie7504 At that point you're introducing other parts into the equation. And your interior lights are controlled by your smelter which...doesn't seem desirable. But you do you.
10 min video for such a simple circuit? And you dont even need the branch.
Hello, never cook sulfur with electrical furnace
is it so you have charcoal to go along with the sulfer?
@@Crazy5150760 yes
@@Crazy5150760yeah. But then you can get the oil refiner for the fastest way to gain coal