Difference between revisions of "Talk:Tutorial:Wiring"

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First, Cables do not act like redstone, you can not place them diagonally to travel in a stair formation. They must be placed Orthogonally.
= Very outdated, no loss of EU over distance, voltages don't explode machines =
 
Assuming we are to update the information to the latest experimental editions this page is hopelessly outdated. I tested yesterday, a Solar Panel connected to Uninsulated Tin cable over 50+ blocks was still outputting 1EU/t, full strength. Then testing a full MFSU powering multiple machines over Uninsulated Tin, definitely went over 32EU/t on the wires, is it even possible to explode machines now? May need to test more.
I vote to change this to:
[[User:Jonius7|Jonius7]] ([[User talk:Jonius7|talk]]) 00:02, 26 June 2015 (CEST)
 
First, Cables do not act like redstone, you cannot place them diagonally to travel in a stair formation as they will no automatically connect.  You must place cable so that it always connects to other cable to transmit along it.
 
 
Starting simple this is the most basic set up without omitting the MFE Transmitter. The max Cable length is achieved here. The cable is 6 long then the receiver is counted as the last hence 7 long. Loss is calculated at every 5 length, but you are given a buffer of 2 for the first segment. You lose 1 EU at every lenght that is too long.
 
I vote to change this to:
 
This is the most basic setup:  The max Cable length without loss is 9 pieces of cable, with the MFE Transmitter where the 10th piece would go. Energy loss happens when you go over 9 cable lengths.  At that point, you lose 1 energy for every 3 more cable you place down.  That is, at 10 cable, -1 EU; at 13 cable, -2 EU; at 16 cable, -3 EU; etc...
 
 
MFE's will output from the top by default, not the bottom.
 
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: mhh yea lets see^^
 
: - [[User:Feanturi|Feanturi]] 17:38, 15 April 2011 (CEST) -
 
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Latest revision as of 22:02, 25 June 2015

Very outdated, no loss of EU over distance, voltages don't explode machines[edit]

Assuming we are to update the information to the latest experimental editions this page is hopelessly outdated. I tested yesterday, a Solar Panel connected to Uninsulated Tin cable over 50+ blocks was still outputting 1EU/t, full strength. Then testing a full MFSU powering multiple machines over Uninsulated Tin, definitely went over 32EU/t on the wires, is it even possible to explode machines now? May need to test more. Jonius7 (talk) 00:02, 26 June 2015 (CEST)

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