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      • The Quarry, like all other BuildCraft Machines, has an internal energy storage in which it stores MJ until it can perform an operation. Because of this, the Quarry can be powered by any BC compatible engine.
      tekkitwiki.com/wiki/Quarry
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  2. The Quarry must be powered by one or more engines. Quarries have an internal buffer of energy, and require a few seconds to charge. The lowest the power must be at is 5 RF/tick (it may be lower, hasn't been tested). The Quarry doesn't have an upper limit of power input, although the Quarry is much more efficient at higher power.

  3. Dec 27, 2012 · Although only one is needed, two Combustion Engines using Fuel can fully power a quarry (each engine produces 5 MJ/t running on Fuel). Magmatic Engines produce 4 MJ/t and are also suitable. Stirling Engines can power a quarry, but at only 1 MJ/t each, you'd need multiple to get the quarry going at a decent clip.

  4. Quarries can be powered using MJ, BuildCraft's form of power, or EU, IndustrialCraft's form of power. When using MJ to power a Quarry, Engines must be used. When using EU to power a Quarry, an Energy Link is the best option.

  5. The problem I'm having is that though the quarry will work with a BC Stirling engine, the quarry will only connect to buildcraft pipes and not to galacticraft wire.

  6. unless adding mekanism or energy converters, pretty sure you'd need to use the electrical engine from ic2, or the engines from forestry to run it, since in 1.12 Buildcraft went back to MJ power without compatibility with RF.

  7. The Quarry is a block added by the BuildCraft mod. A machine that is used to automatically mine out large areas. By default, it will mine a 9×9 area of land down to bedrock, given enough time and energy in the form of Redstone Flux .

  8. A Quarry should be powered with at least 20 RF/t, though more energy will help it run faster. Its maximum power consumption is 1000 RF/t but its speed is not linear to the power input; a Quarry using 1000 RF/t is not twice as fast as one powered by 500 RF/t.

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