ME Interface won't use pulverized ore along with dust

  • Please make sure you are posting in the correct place. Server ads go here and modpack bugs go here
  • The FTB Forum is now read-only, and is here as an archive. To participate in our community discussions, please join our Discord! https://ftb.team/discord

Tale Headerson

New Member
Jul 29, 2019
4
0
0
So, im trying to set up a row of thermal expansion redstone furnaces that are fed with certain dusts/pulverized ores through ME Interfaces. 1 interface per furnace, 1 type of ingot output per unit(unit as in the combo of an interface and furnace). Some of the ores, such as iron, can have both a dust version and a pulverized version. I made 2 patterns for these interfaces, each for the pulverized and the dust. The problem im facing is that when i go into a terminal and tell iron to be smelted, it defaults to wanting the dust and even after there is no dust it won't want to smelt pulverized iron. If i switch the positions of the patterns in the interface nothing changes, but when i take out the dust pattern it'll work. For some reason other ores have the opposite affect where it prefers pulverized over dust. I have no idea what could be the problem.
 
If you are using ae2 put a fuzzy card in your interface. Should solve your problem
 
You are right. Sorry.
Question, why are you not pulverizing/grinding right into your furnaces?
 
Because i don't want all of the material to be processed. I want there to be left overs so i can make those blended metals, such as electrum, signalum, etc..
 
Other then signalum those can all be made in the induction smelter with bars. If you have ender io they can all be made in the alloy smelter from bars.
 
I have all my ores on a Sub network sent to my pulverizer/furnace combo then back into the main network. Then have another set of pulverizer to make the dust from ingots, on the main network.

Note: you don't need to use a Sub networks
 
Yeah im playing the latest version of infinity so i guess i could do that. Although using an induction smelter or alloy smelter would work, i don't like using them for some reason.

It would take up a decent amount of channels but i could have level emitters that turn off when the dust/pulverized gets below a certain #. That way id still have leftover dust and stuff