Redstone comparator, vanillaIs there a way to have a redstone signal emitted when an Energy Cell is full/empty, aside from BC gates or CC?
Sent from my iPhone using Tapatalk
Redstone comparator, vanillaIs there a way to have a redstone signal emitted when an Energy Cell is full/empty, aside from BC gates or CC?
I think a comparator from project red would output a redstone signal when the cell is full.Is there a way to have a redstone signal emitted when an Energy Cell is full/empty, aside from BC gates or CC?
If you have it, use EnderIO "Capacitor Bank"s instead. You can then use a "Power Monitor" to output redstone signals on selected storage percentages. And you can have multiple Power monitors per capacitor bank, so you can for example start one row of engines up at 75% storage, another bank of engines at 50% storage etc.Is there a way to have a redstone signal emitted when an Energy Cell is full/empty, aside from BC gates or CC?
So, first time using RotaryCraft, what am I doing wrong here? http://puu.sh/aqNQq/1e884fe682.png
The water just isn't going into the steam engine.
Haha.Steam, food, enderpearls, (Make a spawner for them.) Lava mixed with redstone, Oil/fuel, but over all I really love to just set up big reactors.
Rotarycraft pipes work different from the BC pipes and fluiducts you may be used to. They require pressure to flow water, not just the presence of water in the pipe and a valid destination.So, first time using RotaryCraft, what am I doing wrong here? http://puu.sh/aqNQq/1e884fe682.png
The water just isn't going into the steam engine.
RotaryCraft pumpRotarycraft pipes work different from the BC pipes and fluiducts you may be used to. They require pressure to flow water, not just the presence of water in the pipe and a valid destination.
What are you feeding the pipes from? The reservoir? A RC pump? Or a different model water output block?
I always use a dc engine on a Rotarycraft pump for extraction. The sandstone pipe from Rotarycraft also adds pressure to a pipe when pulling from a third party tank.So, first time using RotaryCraft, what am I doing wrong here? http://puu.sh/aqNQq/1e884fe682.png
The water just isn't going into the steam engine.
How much water is in the pipe?So, first time using RotaryCraft, what am I doing wrong here? http://puu.sh/aqNQq/1e884fe682.png
The water just isn't going into the steam engine.
Yeah I'm already using a DC Engine on the Pump. The problem isn't the water coming out of the pump, it's going into the engine.I always use a dc engine on a Rotarycraft pump for extraction. The sandstone pipe from Rotarycraft also adds pressure to a pipe when pulling from a third party tank.
Neither. I had the pipeline set up and containing water, then lit the fire, then placed the engine, I think. Either that or I placed the engine then lit the netherrack. Either way I have 1 bucket of water in the engine that I put in manually.Did you have water in the engine before heating it? Or did you light the netherrack first, then worry about water?
How can I check that without using WAILA?How much water is in the pipe?
If you set up steam with railcraft then you will never need to change the power off of steam. just build your way up and you could always do bio fuel as a side thing.Haha.
So for starting, Biofuel is okay after Steam?
How can I check that without using WAILA?
The pipe directly adjacent to the engine has 0.004 m^3, 101.396 kPa.How much water is in the pipe?
That's almost nothing. Move your pump closer.The pipe directly adjacent to the engine has 0.004 m^3, 101.396 kPa.
Moving it closer would cause the water to freeze, because I'm in between a Taiga and Desert.
Then go for a pool over glowstone. Or a pool over glass over lava. The second option has the advantage of looking really really cool.Moving it closer would cause the water to freeze, because I'm in between a Taiga and Desert.
This worked, thanksThat's almost nothing. Move your pump closer.
I usually shoot for 200 kPa.
No worries. Just be careful when you start in on Reactorcraft. Both of those biomes will play havoc with your reactor temp.This worked, thanks