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Unfortunately, the designers arranged things so that the ballast resistor for each string sits directly above the last LED of the adjacent string.
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Several different people surely noticed this situation and none of them were sufficiently empowered to fix the problem.
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Of late I’ve noticed more of a smell, so I figured it was time to replace the filter…
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So I cranked the right side down by 0.10 mm (just over 1/6 turn) and changed the G92 setting to Z1.50 to move the plate up by 0.05 mm.
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The Z axis motor drives a four-start leadscrew that moves the Z stage and the thingomatic.xml file specifies 200 step/mm = 0.05 mm/step.
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So a super stock TOM can print upwards of 50 mm/s on non-critical parts, but something around 30 mm/s would work better should you care about surface finish.
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Overall, the thickness now lies within 0.05 mm of the 0.33 mm average.
