Well,
1. Klasse or not. If I read the response it'd tell me that "Platine Verdier" can not work as a top tt should work, because it is at constant "war" with the -constant- bearing friction... hm,?!?
Hey, I guess I'm not ready for this engineering-101 type of analysis yet. Something tells me this is more opinion then knowledge based analysis :-)
One fact to be considered: motors (most? all?) in order to perform correctly/steadily - AC to make sure, since DC is all over the place due to other issues, need to operate AGAINST some sort of load, the more constant the better.
This would completely contradict this almost 'free-wheeling' notion that I seem to hear by Syntax.
Thomas, were did you obtain your engineering degree? In the 2. Klasse then?
Greetings,
Axel
1. Klasse or not. If I read the response it'd tell me that "Platine Verdier" can not work as a top tt should work, because it is at constant "war" with the -constant- bearing friction... hm,?!?
Hey, I guess I'm not ready for this engineering-101 type of analysis yet. Something tells me this is more opinion then knowledge based analysis :-)
One fact to be considered: motors (most? all?) in order to perform correctly/steadily - AC to make sure, since DC is all over the place due to other issues, need to operate AGAINST some sort of load, the more constant the better.
This would completely contradict this almost 'free-wheeling' notion that I seem to hear by Syntax.
Thomas, were did you obtain your engineering degree? In the 2. Klasse then?
Greetings,
Axel