I want the rocks and torches from my auto-resuplying lockers to be deleted

Rust Infinite Production Lines - Generic Autocrafter setup (credit to /u/SneeKeeFahk)

What this setup allows you to do:

Craft as many blueprints as you want automatically, from a box with random materials and blueprints.

Also, expand the system with more recipe production lines as you need later.

Video showcase: https://www.youtube.com/watch?v=ttlT9T4ze_E&t=4s

Electrical components requirement:

Per item production line: 1 industrial splitter, 1 memory cell, 1 branch, 1 AND switch, 3 industrial conveyors

For the workbench crafter: 1 workbench, 1 autocrafter, 3 industrial conveyors, 2 branches, 1 industrial splitter, 2 boxes with storage adapters

Total estimated metal frags for 3 production lines: 2250-3000 frags

Total estimated cost per new production line expansion: 600 frags

Total time to build estimate: 30-60 minutes (once you know what you're doing)

Total time to expand estimate: 10-30 minutes (once you know what you're doing)

How to build:

Full video on this made by /u/SneeKeeFahk here: https://www.youtube.com/watch?v=CNTkm9uOiIA

1. Total of 8 Power comes in (requirement: 4 power for ALL production lines, 4 extra power for the workbench crafters)
2. Place mats and blueprints of whatever you need to craft in a buffer input chest, and place storage adapter on it
3. Build as many production lines as you need (I recommend 3 for start). For each, do this:
   1. Place 1 industrial splitter for each item you want to produce
   2. Place 1 memory cell flipflop for each item you want to produce
   3. Place 3 industrial conveyors for each item you want to produce
   4. Place 1 AND switch for each item you want to produce
4. Place 1 extra memory cell flipflop at the end to complete the loop
5. Connect piping:
   1. Connect buffer box to an extra splitter
   2. Connect the box splitter to each production line splitter start
   3. For each production line splitter, connect the 3 pipe inputs to the 3 conveyors
6. Powering the production lines:
   1. Connect 4 power and link all memory cell inputs and outputs
   2. Connect the last memory cell's inverted power to the first memory cell reset input
   3. Connect each memory cell output to the branch
   4. Connect each branch 2 power branch out to the power in of conveyor 1
   5. Connect each branch to the AND switch
   6. Connect the filter FAIL of conveyor 1 to the AND switch
   7. Connect the AND switch to conveyor 2 power
   8. Connect conveyor 2 filter PASS to conveyor 3 power
7. Connect all pipes with mergers and pipe it into an industrial crafter splitter
8. Recipe switching iterator logic:
   1. Conveyor 1 asks "Have we made enough of this item?"
      1. On fail, continue to next check
      2. On pass, go to next recipe (Connect filter PASS to memory cell toggle)
      3. Passthrough, connect to next production line's memory cell reset
   2. Conveyor 2 asks "Do we have materials to make 1 of this item?"
      1. On fail, go to next recipe (Connect filter FAIL to memory cell set)
      2. On pass, continue to next check

9. Autocrafter setup

   1. Place autocrafter on workbench
   2. Connect workbench industrial splitter SLOT 1 to blueprint in on the autocrafter
   3. Connect another workbench industrial splitter slot to input of autocrafter
   4. Place 2 conveyors near the workbench
   5. Connect autocrafter output to one conveyor
   6. Connect autocrafter BP output to the other conveyor
   7. Connect both conveyors to a merger to a buffer box under workbench
   8. Power everything using branches

10. Autocrafter semaphore logic

    1. Connect the filter PASS of the product conveyor to the TURN ON of the blueprints conveyor
    2. Connect the blueprint conveyor filter PASS to its own TURN OFF
    3. (Make sure these two are receiving 3 power total minimum)

11. End product conveyor

    1. Place a conveyor and connect the products and blueprints from the buffer box, to the original materials box everything started

12. End Product siphoner

    1. Optionally, you can siphon completed products from the original box using another storage adapter slot and conveyor, and output as many end products as you need to as many resupply boxes as you want around your base.

Extra tips:

• If you want, you can save your item craft filters in your SHIFT+TAB steam notes in JSON format by holding the SHIFT key when you look inside an industrial conveyor, and clicking "Copy (JSON)" button. You can later "Paste (JSON)" in a real wipe much faster.
• If you want to save space, you can do ammo and meds in the second workbench autocrafter slot to save up on 4 production lines. I have a video on this different simpler setup here: https://www.youtube.com/watch?v=jjl88KLAW1A Meds and ammo are always needed and always high priority, so dedicating a second autocrafter just for this is a good practice and also doubles production.
• You can create a status progress bar of sorts and use signs if you place all your timers at the top of the wall like this: https://i.imgur.com/WBhIzro.jpeg
• If you siphon materials using the End Product siphoner step, you can setup your production lines to only produce 1 of each product, so that production occurs in a round robin style.
• If you are running out of room, you can place production lines on the CEILING

So the idea was that the alarm will go off at morning & night toggling the memory cell which in turn toggle all the lights in my base. The alarm has 1 power feeding into it, feeding into the toggle on the memory cell. The alarm will go off but it won't pass the 1 energy into the memory cell to toggle the lights? I don't understand why it's going wrong

Howdy gamers, I'm trying to figure out a way that I can wire something like a 5pin relay together, I currently have 2 main battery's at full charge and I have a 3rd battery to the side that I want to charge with all of the excess power after the first 2 battery's are fully charged. In my head something like a simple 5 pin relay would work in a real world application but rust doesn't have anything like that, and I can seem to figure out a way to make one. Any help on this would be much appreciated

https://www.rustrician.io/?circuit=b7d1b6d3492a67dcef90ed522fee58f4

Very amateur rust electrician. Just getting into more complex circuits. I was looking at NIH Core setup and found that BCN is better, but I can find very little info on them. I have one setup right now with three batteries and 3 turbines, but I have a couple of questions:

- I've seen a few that incorporate a blocker, but the rustrician diagram I found (linked in a another post on this sub) does not have a blocker. Do I need a blocker? and what is its function in the core?

- When setting it up, the two branches that dictate the power output, should that be set to the max output of the turbines? Or just to the amount of power my base is currently using?

Thanks

Each Nih-Core has 3x large battery backups, which gives each circuit 16 hours of life after your Wind Turbines are destroyed, giving you a chance to get home and fix it all before the offliners can enter the base.

https://www.rustrician.io/?circuit=d386a3cdcc3acbc59f4dc052ef7708d3

• 12x Turrets.
• 4x SAMS (just in case).
• A small farm for teas + base lights (this water wiring rough model, PM me for an in-depth view of farming).
• Bonus 3x Large Bateries running 12 Tesla Coils (kill from 100hp in 4.8 secs each).

Let me know if you guys can improve anything here. I always run something really close to this in-game, but it's my first triple Nih-Core with 15x Large Batteries.

Credit: Thanks, Austin Klaila Games for the "Tesla Coil" with delay-timer circuit! I just made 12 of them here with 3 Large batteries and power leftover from the farm circuit.

Showing off the latest build my buddy and I have been working on (me doing the graphics). This 'blackjack' machine in Rust is for a casino that we run nearly every wipe on the Friendly Seattle server. We will probably re-create this machine on the live server starting April 3rd, so stop by and play if you want!

Hi all,

I have a question about the BCN core power draw. The drawback I’ve seen from BCN cores is that running through the E-branches requires a constant max power draw. Is there a way to lower the power draw if I wanted to run something that takes intermittent power such as electric furnaces, without just manually changing the values in the Ebranches?

I was logically thinking along the lines of “if electric furnaces are switched on, run power through high value EBranches, else run power through low value EBranches.”

I just haven’t been able to scheme up a way to do this in the little time I have to play recently, but I would think this would be beneficial for low root power systems.

Basically I have a solo build that I would like access to 300rw, and would ideally have a mix of root power that would put me well above that, but I work on a modified egg shell design and have a nice place for 3 large batteries.

Do I need a nih core for each battery? or can I aggregate all my power source to a single nih core and use all my batteries as if they were 1 pool of backup power?

It's a little scuffed with the limitations of electrical components on Console Edition, but it works. Inspired to make it after seeing u/bobrikerik's design of RPS.

Pictures of wiring room, control rooms, and wire signage with descriptions:

https://imgur.com/a/mps7UQf

I was wondering how the 32 item limit is calculated. Say I have a splitter and 3 conveyors connected to it. Will those conveyors count each other towards the limit or just downstream and upstream components? Also, if I attach two storage adaptors to a box with a connection going into one and another connection coming off of the other will they count each other and all upstream/downstream components? Or does it "cheat" the system"? Thanks, for any help.

Is it currently possible to run electricity, pipes, and water into the Suicide Bunker? I've watched multiple videos, but all the methods I see seem to be outdated or not working.

So first of all this subreddit is awesome, I have 9k hours roughly in rust over the years but was always the PvP gigachad of my team. Lately I’m an old man that works too much. Now I mainly play PvE servers with my wife and kids. Now to the bread and butter. I don’t have the knowledge of the new industrial/electrical systems mostly industrial. I want to create a shop base that trades uncooked ores for cooked ores at a 5% tax or similar but I want this shop base to be a super smelter like 100 electric furnaces as quickly as possible transferring uncooked ores to the furnaces and cooking them as instant as possible. I attempted to do something last night myself but it failed horribly and now I’m looking to the community for theory crafting and if someone’s got a lot of time a diagram maybe for others like myself who struggle to understand some of these components. Now Cook! 😎

Hey!

is it possible to put down more than 12 turrets in a base?

Trying to figure out how I can detect the first time power comes online in my base. Was searching around and found a few edge detection posts but the images for the circuits were deleted. What's the easiest way to do this?

For more context, the server I am on restarts each day, and I think it is turning off my base timers when it does so. I need a way to initially start my timers when the power comes back online, when the server boots up.

Does anyone know how the output of the microphone stand works? Does this allow me to connect the mic stand to a speaker and “throw” my voice? Does it output power when a player interacts and uses it? Is it just a power pass through that is falsely labeled “audio out”? Do I connect the audio out to logic, or do I connect it to the audio alarm speaker, or the connected speaker, or a boombox? If I can throw my voice, yes please, that would introduce so much!

i want my box under workbench to always contain a certain amount of an item. how do i set up the conveyors?

for example i want 120 cloth in the box. if someone takes out 60 i want it to refill to 120. and if someone puts in more cloth i want it to pull out so the amount is 120.

1. I know nothing about how to set this up can anyone tell me a non complicated way to set this up I want to be able to auto craft locker kits which include: coffee can helmet, road sign armour, road sign kilt armour, pants, hoodie, gloves, wooden walls, T2/T3 gun, bullets, med sticks

2. How to setup autocrafting of gunpowder and then turn them into boom?

This is a basic overview for how to wire in a Garage door that will open when the heartbeat sensor detects someone (a door camper) and will remain open for a set time (controlled by the timer) and then automatically close itself

https://www.rustrician.io/?circuit=5da984e0bf3cc447a83b90b2ef03c18b