3D Printer Thermal Runaway Fires: Difference between revisions
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=Basics= | =Basics= | ||
*A possibility in FDM 3D | *A possibility in FDM 3D Printers, where a short, or a broken thermistor allows for a low or absent value for the heat probe to enter the controller | ||
*If Improperly Designed this will cause the heat to continually rise, with essentially no stopping point ( | *If Improperly Designed this will cause the heat to continually rise, with essentially no stopping point (Until the device breaks itself one way or another) | ||
*If not stopped this often causes fires | *If not stopped this often causes fires | ||
*This can destroy the device, or the entire facility depending on the precautions taken | *This can destroy the device, or the entire facility depending on the precautions taken | ||
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*Quality Soldering etc | *Quality Soldering etc | ||
*Proper Code (Error Detection and Auto Shutoff) | *Proper Code (Error Detection and Auto Shutoff) | ||
*Fire | *Fire Extinguisher Systems (Either a [[Self Contained Fire Suppression System]] or a [[Automatic Fire Extinguisher Water Sprinkler]] System ) | ||
=Internal Links= | =Internal Links= | ||
Revision as of 19:34, 9 January 2022
Basics
- A possibility in FDM 3D Printers, where a short, or a broken thermistor allows for a low or absent value for the heat probe to enter the controller
- If Improperly Designed this will cause the heat to continually rise, with essentially no stopping point (Until the device breaks itself one way or another)
- If not stopped this often causes fires
- This can destroy the device, or the entire facility depending on the precautions taken
Solutions
- Redundancy
- Quality Soldering etc
- Proper Code (Error Detection and Auto Shutoff)
- Fire Extinguisher Systems (Either a Self Contained Fire Suppression System or a Automatic Fire Extinguisher Water Sprinkler System )