Difference between revisions of "Element:HSWC"

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A powered material that conducts heat when charged at a conductivity level of 251 (see element conductivities for more information). Can be charged and discharged with PSCN and NSCN respectively. A life of 10 or above continually charges it, while a life between 1 and 9 causes it to turn on shortly. A life of 0 discharges it completely. When its tmp value is set to 1, HSWC can receive temperature values from FILT, trying to add the ctype of the FILT to its own temperature, ignoring the "0x"  at the beginning of the ctype. This makes HSWC extremely useful in heating for advanced users. This feature can also be used in transferring data with TSNS. HSWC is invulnerable to extreme temperatures and pressures.
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A powered material that conducts heat when charged at a conductivity level of 251 (see element conductivities for more information). Can be charged and discharged with PSCN and NSCN respectively. A life of 10 or above continually charges it, while a life between 1 and 9 causes it to turn on shortly. A life of 0 discharges it completely. When its tmp value is set to 1, HSWC can receive temperature values from FILT, trying to set the ctype of the FILT to its own temperature, ignoring the "0x"  at the beginning of the ctype. This makes HSWC extremely useful in heating for advanced users. This feature can also be used in transferring data with TSNS. HSWC is invulnerable to extreme temperatures and pressures.
  
 
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{{Languages}}

Revision as of 21:06, 27 November 2020

HSWC.png Heat switch
Properties
Section Powered Materials
Spawn temperature 22°C
Heat Conductivity 100%
Relative weight 100
Gravity 0
Acid dissolve rate 0.1%
Flammability 0
State Solid
Source code


A powered material that conducts heat when charged at a conductivity level of 251 (see element conductivities for more information). Can be charged and discharged with PSCN and NSCN respectively. A life of 10 or above continually charges it, while a life between 1 and 9 causes it to turn on shortly. A life of 0 discharges it completely. When its tmp value is set to 1, HSWC can receive temperature values from FILT, trying to set the ctype of the FILT to its own temperature, ignoring the "0x" at the beginning of the ctype. This makes HSWC extremely useful in heating for advanced users. This feature can also be used in transferring data with TSNS. HSWC is invulnerable to extreme temperatures and pressures.

Language: [[::Element:HSWC|English]]