Difference between revisions of "Tin Cable"

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(Created page with " The stats on this cable are currently unconfirmed. Tin cables can only tolerate very low current (4 EU/t) but they're very cheap to make and has low energy loss. == ...")
 
(EU correction. Still unsure here, but as i've said in the page, i think it's very unlikely that it goes up to 4 EU/t.)
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     The stats on this cable are currently unconfirmed.
     The stats on this cable are currently unconfirmed.


Tin cables can only tolerate very low current (4 [[EU|EU/t]]) but they're very cheap to make and has low energy loss.
Tin cables can only tolerate very low current but they're very cheap to make and has low energy loss.
When used for the output of a windmill, the cable may be destroyed (depending on the output of the windmill). Since a windmill has a varying output between 1 and 3 EU/t, the maximum capacity for Tin Cable must be close to 3 EU/t


This wire is unable to be insulated. Caution must therefore be taken around it, as it is prone to electrocuting anything nearby.
== Crafting ==
== Crafting ==



Revision as of 06:45, 3 October 2011

   The stats on this cable are currently unconfirmed.

Tin cables can only tolerate very low current but they're very cheap to make and has low energy loss. When used for the output of a windmill, the cable may be destroyed (depending on the output of the windmill). Since a windmill has a varying output between 1 and 3 EU/t, the maximum capacity for Tin Cable must be close to 3 EU/t

This wire is unable to be insulated. Caution must therefore be taken around it, as it is prone to electrocuting anything nearby.

Crafting[edit]


Grid Tin.png


Grid Tin.png


Grid Tin.png


Grid Tin Cable.png

Tin Cable

Tin Cable


Cable Efficiency[edit]

Cable type EU/b Energy loss
Tin Uninsulated ??? 1 EU every ??? blocks