Hmm, cursory Google searches don’t seem to indicate a clear answer. You could always ask framework themselves, but I suspect that the answer is the general spec on the torx screws they use, and likely lower torque when it fastens a non-metal part.
I might be crucified for saying this, but does it need specific torque? Generally you’re looking for fastened/snug, because unless it’s a moving/vibrating part or a safety critical fastener, it’s generally overkill to specify torque. (Including the threadripper torque wrench)
I’m sure there are all sorts of cases where, if you really care, it matters quite a bit to get that extra 15 minutes of life out of the component by reducing vibrations with the perfect torque.
But in reality yeah, snug is fine, and if it’s a really vibrate-y component with solid materials maybe you can upgrade that to tight.
Hmm, cursory Google searches don’t seem to indicate a clear answer. You could always ask framework themselves, but I suspect that the answer is the general spec on the torx screws they use, and likely lower torque when it fastens a non-metal part.
I might be crucified for saying this, but does it need specific torque? Generally you’re looking for fastened/snug, because unless it’s a moving/vibrating part or a safety critical fastener, it’s generally overkill to specify torque. (Including the threadripper torque wrench)
I’m sure there are all sorts of cases where, if you really care, it matters quite a bit to get that extra 15 minutes of life out of the component by reducing vibrations with the perfect torque.
But in reality yeah, snug is fine, and if it’s a really vibrate-y component with solid materials maybe you can upgrade that to tight.
Good question, idk if it needs it or not, never thought about it until I saw this post lol.
I assume the framework stuff comes with instructions. Unless you’re stubborn, skilled, or some combination, rtfm haha. That’s how I live my life.
If it does I’ll read it! I used to be a non manual reader but I’ve fucked too much shit up haha.