Factorio 16 to 8 balancer Balancer Properties: Inline footprint Only accepts homogeneous material Full throughput for any combination of lanes FactorioBin is a site for quickly and easily sharing Factorio blueprints. So a 4-4 balancer should have a throughput equal to or greater than a 4 lane bus. I have not yet seen a smaller 8-8 inline design tha… Some tried to place two Algolithu 8-balancers side-by-side, others tried to generalize the architecture and interleave two sub-balancers. May 22, 2017 · Both are input/output balanced: Yellow belts, almost inline, 12x9 . In particular the new 6-6 and 16-16 are just amazing balancers. A throughput limited balancer has internal bottlenecks. Standardization is king imo. . I had tried my hand at improving it, but I made 0 progress, so I Find blueprints for the video game Factorio. Find blueprints for the video game Factorio. Regular balancers are only guaranteed to provide full throughput when all inputs or all outputs are utilized. Compiled by /u/raynquist on Reddit - https://reddit. Basically you do an 8 to 8 followed by an 8 to 4. Mar 17, 2023 · Copy of Raynquist's Spring 2022 belt balancer collection, organized into nested blueprint books by number of input belts. [Fig 2-1] Balancer in use [Fig 4-2] to show that if you fill half of the lanes, the output is 50% of each lane's capacity. 5_8_balancer_red_blue. That's not a "balancer". If you want a 8-belt balancer, you put down a row of splitters, and rout the output into two 4-belt balancers. What I do is I use a 16-16 balancer for all stations and just leave inputs empty if I don't need them. A 4-8 balancer should have a throughput equal to or greater than a 4 lane bus. Involving: Belts (balancers, crossings), Inserters, Chests, Furnaces, Assembling Devices It is not easy to optimize something so large. We almost take it for granted that the best 8-8 you find is as good as it can get. Involving: Belts (balancers, crossings), Inserters, Chests, Furnaces, Assembling Devices just use a 16x16 balancer and send feed it with 8 belts, spaced out (1 used, 1 unused,) and split it in the inputs Why don't you take the 4-4 TU balancer and omit one input and/or output to make a smaller balancer? Where can I find the latest version of this book? How do I make my own balancers? Throughput-unlimited (TU) balancers always provide full throughput. which are pulling form 6 different iron mines across the map, that all have maybe 120 drills each. Jun 6, 2017 · Circuit-free solutions of basic factory-design to achieve optimal item-throughput. As for testing, just go in /editor mode and use infinity chests and loaders. I thought I might as well drop these here considering the time that went into making them. Neither approach resulted in efficient 16 balancers, to the disappointment of many. 16_16_balancer_red. com/r/factorio/comments/u7zv6d/balancer_book_update_spring_2022/ Nov 12, 2020 · MEOWMI wrote: Fri Nov 13, 2020 3:19 am Both balancers are correct. They're currently setup to support 48 lines of their ore type (24 on either side of the station), but all my stations are filling up at different rates. The 16 belt balancer is is fed by 18 trains be unloaded all at the same time. FactorioBin is a site for quickly and easily sharing Factorio blueprints. Those inputs will also need to be mixed prior to entering the set of 9 to 16 balancers. Try for example sending items to fill each input splitter at the time from 2 belts, and then blocking some output belts. A 32:16 balancer should, if you fill the 32 input belts to the brim, remove the same number of items from all input belts while filling the output belts. So 8@8/s input becomes 16@4/s output. The first one will work correctly even without the self-looping parts and will then essentially be a perfect 1-4-to-1-4 balancer, that is it'll work regardless of how many and which inputs and outputs are used; it's equivalent to the 4-belt throughput unlimited balancer which is Belt balancers collected by and some created by Raynquist, most can be downgraded to yellow or red belt except for those labeled _blue or _red_blue for which substitute balancers are provided in a dedicated book. Belt balancers collected by and some created by Raynquist, most can be downgraded to yellow or red belt except for those labeled _blue or _red_blue for which substitute balancers are provided in a dedicated book. This means that the throughput of the balancer unit is less than the throughput of the equivalent number of belts. 16_16_balancer_yellow_Ytterby. (Assumption: 8 items/second throughput. Copy of Raynquist's Fall 2020 belt balancer collection, organized into nested blueprint books by number of input belts. ) [Fig 2-2] The results speak for themselves. The first one can be improved (with a fun twist). The previous best inline 6-6 was this, a very good looking balancer in its own right. ) I hope this helps. Unless you're actually sending all 24 lanes to the same location, and think you'll run into imbalances as the system executes, I'd suggest just using multiple 8-8 balancers. Search the tags for mining, smelting, and advanced production blueprints. A lot of people have made a lot of 6-6 and 16-16 balancers; they're very competitive sizes. This creates a count-perfect balancer. This isn't actually particularly difficult, you'll just need to build an 8 to 16 balancer and a 1 to 16 balancer and combine the streams so that you have 16 out instead of 32. In the 8-8, there's only 2 cross connections each way between the 4-4s, but there needs to be 4 cross connections. Reply More posts you may like Dec 24, 2017 · We all know balancers, but most designs are wider than the belts they balance, which makes them a bit tricky to fit into a factory. (You can reuse the end splitters of the 8 to 8 as the first of the 8 to 4. Jun 2, 2018 · I've been slowly chipping away at my first rail and megabase world and I'm getting to the point where I need to efficiently grow my copper and iron stations. Turns out the Algolithu architecture only really works with 8-balancers. Also includes lane balancers for 1, 2, 4, 6, and 8 lanes. To solve this I made a set of inline balancers, only as wide as the number of belts they balance. You can se an example of a 8 to 8 non-throughput limited balancer in my edit. Jun 24, 2024 · Hello! Here's a small-footprint 8x8 (8-input, 8-output) belt balancer design I just threw together! 8 inputs (fully balanced) 8 outputs (fully balanced) Unli… What you are talking about is a non-throughput limited balancer. The way I understand it, balancers work recursively. May 17, 2018 · 12 belts are perfectly balanced onto 8 wagons by having 1. Oct 22, 2016 · 16 line to 8 line Circuit-free solutions of basic factory-design to achieve optimal item-throughput. 5 belts per wagon, so jut use a 12 to 12 balancer. Red/blue belts, inline [yay!], 10x8 . With this gargantuan whatever-the-name, the drawn items would not be balanced - I suspect that the middle belts would provide more and the outer boxes would provide less. Jan 25, 2023 · With 16 lanes you can do 4 to each side of the hub and throughput will always be balanced. Share your designs. 8 & 16 use Rainquist balancers in a modular fashion instead of densely integrating the two, and I haven't tested them with as much rigor. In order to make your balancers actually throughput unlimited (they're not), you'd need 2 of your 8-8 back to back, and 4 of your 16-16 back to back. You'll need 6 of these balancers side by side to get 96 outputs out of 54 inputs. Currently just have 2 & 4 belt balancers well optimized and tested. 16_16_balancer_blue. I noticed on the wiki that theres balancers up to 16 lines (and I should add I can't Sep 25, 2016 · The most common large balancers are powers of 2 (8, 16, 32, etc), since they're the easiest created with the 2-way splitters this game provides. Balancers are included for all configurations from 1-1 to 9-9, plus some 10-x, 12-x, 16-16, 32-32, 64-64, and 128-128. clv bymsha oxub vwduw usyy hekira fxozrox tajtumjd quzjou jxe cweg ifygi xqecqw hgqdg xbdcdmq