See also Reset Smart Wall monitor after removing content Presets determine which cameras are displayed, and how content is structured on each monitor on the video wall. You do this by reactivating the default Smart Wall preset A predefined layout for one or more Smart Wall monitors in XProtect Smart Client. When content on a monitor is changed, you may need to reset the Smart Wall monitor back to its default state.See also Displaying content on video walls Push cameras and other types of content to the video wall and share it with the other operators who are using the video wall.Then drag the floating windows onto the physical monitors. Start your video wall by opening the Smart Wall monitors in different displays or floating windows.Using XProtect Smart Wall is basically about the following: The system administrator defines the monitors that the video wall consists of, the layout and size of the monitors, and possibly also what cameras are displayed on the monitors. One Coal Generator consumes 25 Coke per minute.Īs the amount of Heavy Oil residue can vary significantly based on what recipes are used, the table below only calculates with Heavy Oil Residue and not Crude Oil.After configuring XProtect Smart Wall, you can start working with it in XProtect Smart Client. Generators fueled by Petroleum Coke īurning Petroleum Coke for power can be a great way to deal with Heavy Oil Residue, as long as overflow is handled (to prevent the Coke from backing up, which would result Heavy Oil Residue backing up and subsequently Plastic or Rubber production stopping). This is a simplified version of the table above that do the same calculations for Compacted Coal as input, so only 7.143 items per minute instead of 15 are needed.Įach Assembler operates at 25 parts per minute. to calculate the net power produced.Ī 250% Miner on a Coal node can support the following number of Coal Generators operating at 100% power usage (decimal amounts of machines means that the last machine needs to be underclocked for maximum efficiency): After subtracting 10% from the gross Power, subtract the Power consumption from the Miners, Pipeline Pumps, vehicles, etc.

Water Extractors use about 10% of the gross Power generated.As the Miner and Water Extractors consume power, the net power capacity is less.A Miner Mk.3 on a pure Coal node should only be overclocked to 163%, due to the throughput limit of Mk.5 conveyors.Thus up to 13 Coal generators and 5 Water Extractors can be connected to a single Mk.2 Pipeline. Pipelines Mk.2 have a capacity of 600 m 3/min.A Water Extractor has about the same width as two Coal Generators so it would be easier to tile the layout.This can be useful early on when you still need to save up on energy consumption on Water Extractors. For eight Coal Generators you either need three Water Extractors at 100% (3 * 20 = 60 MW) or four Water Extractors at 75% (4 * 12.6 = 50.4 MW). Using Water Extractors underclocked to 75% require an additional extractor for every eight Coal Generators, trading space for ratio simplicity.That way, the number of Water Extractors is half the number of Coal Generators. Alternatively, underclock Water Extractors to 75% and connect each of them to exactly two Coal Generators.Thus, when connecting Water Extractors to a line feeding seven or more Coal Generators, Water inputs either need to be spaced out or be separated.

Pipelines Mk.1 only have a capacity of 300 m 3/min.

Coal burn time is four seconds, which means that a single Coal Generator consumes 15 Coal/min.

Pipelines required = Coal generator / 6.6666 Spread out the water supply across multiple pipelines as following: Water extractor = Coal generator / 2.6666

This means 3 Water Extractors will produce enough water for 8 Coal Generators, provided the 300 m 3/min throughput limit of the Mk.1 Pipeline isn't exceeded (see below for a layout of possible setups which don't exceed the Pipeline limit). At 100% clock speed, one Coal Generator consumes 45 m 3 Water/min, no matter what fuel is used.

Milestone smart wall setup