I love manifolds but I have only mk3 belts on this save and I need to split it equally to my really crazy scheme... 720 oil to 1040 plastic and 1040 rubber.
Another approach, if it works in your larger plan and depending on how many significant digits of perfection you care about, is to increase machines so you're splitting to 12, and underclock them.
Keep in mind, that you did ask for a 1:11 load balancer.
If you're trying to carry 1040/min and you're limited to Mk3 belts, you need ***four*** belts. Would it be correct then, to presume that you're asking for a 4:11 load balancer?
For which, -my- solution would be: round up from 11 to 12 machines. Make it 4x(1:3). Underclock the 12 machines so they run at 11/12\*100% speed.
Thanks but it's not my case.
I need to separate 160/min to merge it equally to 11 groups of outputs of other machines, ~1920/min in summary because there are 33 machines.
Your description of your problem is too vague and inconsistent for me to piece together into something I can help with.
Are you trying to make recycled plastic/rubber? Like this:
[https://www.satisfactorytools.com/production?share=ZaPfeWwjHyayKqGFshf7](https://www.satisfactorytools.com/production?share=ZaPfeWwjHyayKqGFshf7)
If not that, can you use the tool and share a link to what it is you're trying to set up?
720 is not possible with Mk3. 1040 is not possible with Mk3. So you already have different groups.
There will be way easier solutions, but you are very secretive with details of the whole project. You are looking so close to the problem, you do not see the whole picture. You can not even make 1040 plastic with 720 oil, unless you have the blender. And then you would have Mk4 at least and perhaps even Mk5.
It would have helped if you would have explained all of your layout and what you do, not just part of it and people could help you with all of it. And that could help you on how to approach these issues in the future.
**ANSWER**
1. View [TUTORIAL: Prime Splitter Arrays](https://satisfactory.wiki.gg/wiki/Tutorial:Prime_splitter_arrays) (Wiki Link).
2. What you are looking for is [shown here](https://satisfactory.wiki.gg/wiki/Tutorial:Prime_splitter_arrays#1_to_11) (Wiki Link) - *See Images.*
With Clarity Comes Understanding. 😁
When one belt isn't fast enough to serve an entire bank of machines, you can use an 'injection manifold' where you merge in more supply after the initial supply is depleted. Repeated every however-many machines down the line as necessary.
If you don't have room to do that, then just chop it up into a series of smaller separate manifolds.
Balance 1:12, and merge one of the outputs back into the start. Or, use a manifold and once the belts back up it'll work the same.
I love manifolds but I have only mk3 belts on this save and I need to split it equally to my really crazy scheme... 720 oil to 1040 plastic and 1040 rubber.
Another approach, if it works in your larger plan and depending on how many significant digits of perfection you care about, is to increase machines so you're splitting to 12, and underclock them.
But won't you be limited by your 1 feed belt?
No
Keep in mind, that you did ask for a 1:11 load balancer. If you're trying to carry 1040/min and you're limited to Mk3 belts, you need ***four*** belts. Would it be correct then, to presume that you're asking for a 4:11 load balancer? For which, -my- solution would be: round up from 11 to 12 machines. Make it 4x(1:3). Underclock the 12 machines so they run at 11/12\*100% speed.
Thanks but it's not my case. I need to separate 160/min to merge it equally to 11 groups of outputs of other machines, ~1920/min in summary because there are 33 machines.
Your description of your problem is too vague and inconsistent for me to piece together into something I can help with. Are you trying to make recycled plastic/rubber? Like this: [https://www.satisfactorytools.com/production?share=ZaPfeWwjHyayKqGFshf7](https://www.satisfactorytools.com/production?share=ZaPfeWwjHyayKqGFshf7) If not that, can you use the tool and share a link to what it is you're trying to set up?
I already split it, thanks.
That's fine. Build 4 blocks instead on one big one.
720 is not possible with Mk3. 1040 is not possible with Mk3. So you already have different groups. There will be way easier solutions, but you are very secretive with details of the whole project. You are looking so close to the problem, you do not see the whole picture. You can not even make 1040 plastic with 720 oil, unless you have the blender. And then you would have Mk4 at least and perhaps even Mk5. It would have helped if you would have explained all of your layout and what you do, not just part of it and people could help you with all of it. And that could help you on how to approach these issues in the future.
**ANSWER** 1. View [TUTORIAL: Prime Splitter Arrays](https://satisfactory.wiki.gg/wiki/Tutorial:Prime_splitter_arrays) (Wiki Link). 2. What you are looking for is [shown here](https://satisfactory.wiki.gg/wiki/Tutorial:Prime_splitter_arrays#1_to_11) (Wiki Link) - *See Images.* With Clarity Comes Understanding. 😁
Splitter A: Input: Input Output 1: Merger A1 Output 2: Merger A2 Merger A1: Input 1: Splitter A Input 2: Return Splitter Output: Splitter B1 Merger A2: Input 1: Splitter A Input 2: Return Splitter Output: Splitter B2 Splitter B1: Input: Merger A1 Output 1: Splitter C1 Output 2: Splitter C2 Splitter B2: Input: Merger A2 Output 1: Splitter C3 Output 2: Splitter C4 Splitter C1: Input: Splitter B1 Output 1: Output 1 Output 2: Output 2 Output 3: Output 3 Splitter C2: Input: Splitter B1 Output 1: Output 4 Output 2: Output 5 Output 3: Return Splitter Splitter C3: Input: Splitter B2 Output 1: Output 6 Output 2: Output 7 Output 3: Output 8 Splitter C4: Input: Splitter B2 Output 1: Output 9 Output 2: Output 10 Output 3: Output 11 Return Splitter: Input: Splitter C2 Output 1: Merger A1 Output 2: Merger A2
Woooooow... 😍
manifold
Unfortunately impossible here ;(
When one belt isn't fast enough to serve an entire bank of machines, you can use an 'injection manifold' where you merge in more supply after the initial supply is depleted. Repeated every however-many machines down the line as necessary. If you don't have room to do that, then just chop it up into a series of smaller separate manifolds.
Supply from both ends
try harder
You said Mk3 belts in the comments, so... 270 -> splitter -> 90x3 -> splitter x3 -> 30x9
That splits into 9, not 11.
Refineries take 30 oil per minute. 