Cleanroom: Difference between revisions
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* x1 Energy hatch; anywhere
* x0-2 Reinforced Door <ref>Despite the tooltip making the Reinforced Door sound mandatory, it is indeed optional.</ref><ref name=access>These blocks count against the non-plascrete block calculation for maximum X% glass. Limits are independent for each.</ref>
* x0-1 [[Elevator]] block, in the floor <ref name=access />
* x0-1 Rotating Elevator block, in the floor <ref name=access />
* x0-1 Travel Anchor, in the floor <ref name=access />
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=== Accessing the Cleanroom ===
A Reinforced Door, Travel Anchor, and/or [[Elevator]] can all be used to enter and exit the cleanroom. The door requires a redstone signal to open and must be closed for 100% efficiency. Anchors and Elevators do not reduce a cleanroom's efficiency when used. The second Elevator block can be placed on top or below, while another Travel Anchor can be anywhere in its range. Any number of Elevators/Anchors can be placed inside the cleanroom instead of as part of the structure, if desired.
{{Caution| It seems that the door and optional elevator block/anchor count against the X% not plascrete calculation, so reducing the amount of glass may be necessary to get the Cleanroom to form.}}
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*Use Ender IO conduits to transfer items/fluids. Since different types of conduits are allowed to be placed in the same block, this greatly simplifies piping logic in and out of the cleanroom.
*Transfer multiple amps of energy into a cleanroom by step-upping prior to sending energy into a hull and step-downing inside the cleanroom. Be careful and remember that the correct voltage tier hull must be used when doing this.
*You can use an
*In order to get access to your ME System inside of the cleanroom Wireless Connectors from AE2 Stuff can be used.
*Cleanroom Controller outputs redstone depending on how efficient it becomes starting at one redstone strength going up as efficency goes up to a max of 15.
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