This tutorial is set by the author to use the CC By-NC-SA protocol.

First of all, we need two items super cache:

Then and discharge together

Use a screwdriver to adjust each output to 1

Then you need four nickel items pipelines, or forging iron items, because this kind of pipe can only transmit one set of items in one second, and one output of the item cache at a time, so that the output speed of the items can be

Connect the two items cache by using the item pipeline

Note that the output surface of the cache cannot be input, so there are four pipelines require

Then put the machine control cover version on the cache, and the items capacity detection version is pasted on both sides

Use a screwdriver to control the machine -controlled version into a reversal signal (not working when there is a redstone signal)

Then use a viscous piston to create a structure with red stone:

Connect the adhesive piston of the redstone signal of the item. Because the redstone signal sent by the cover version is weak, a redstone relay is required to amplify the signal:

Suppose you need to make a N -second timer, then put n/2 stones into the item super cache. Because the super cache cannot directly put the items in, you need to use the item channel to put things in. Take 5000 seconds as an example.Prepare 2500 stones first

Then enter the super cache with the conveyor belt

Then disassemble the box with the pipeline

Exit the redstone signal

This redstone signal sends a one -second signal every 5000 seconds. Finally, don't forget to supply power to the cache (pay attention to voltage, don't explode)

Application scenario: It can be used to automatically change the rod to the strong cold nuclear power plant. The measured 5050 seconds chronograph can be automated for 20,000 seconds to automatically automatically.