ΟΚ, but we have to decide about the correlation between motor's torque and platter's inertia, the amount of belt's grip or slippage, the speed, the distance and diameter of the pulley in correlation with the desired circumferance of contact around the platter, a magnetic, hydraulic or pneumatic preloaded break ... So many things to consider and we have to know precisely the correct values in order to cooperate and fulfill the purpose of correction at the time the platter asks for. As the motor commands the correction and the drug varies continuously, the transitional stages of the driveline must be zeroed, it seems that it is a critical point in every part that meets the criteria. A golden ratio for everything.
Turntable speed accuracy
There is another thread (about the NVS table) which has a subordinate discussion about turntable speed accuracy and different methods of checking. Some suggest using the Timeline laser, others use a strobe disk.
I assume everyone agrees that speed accuracy is of utmost importance. What is the best way to verify results? What is the most speed-accurate drive method? And is speed accuracy really the most important consideration for proper turntable design or are there some compromises with certain drive types that make others still viable?
I assume everyone agrees that speed accuracy is of utmost importance. What is the best way to verify results? What is the most speed-accurate drive method? And is speed accuracy really the most important consideration for proper turntable design or are there some compromises with certain drive types that make others still viable?
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- 583 posts total
- 583 posts total