THK BNK1010-1.5RRG2+290LC7Y Vitulum Screw Finiti Extremis Axis

THK BNK1010-1.5RRG2+290LC7Y rota globulorum habet amplam rangem applicationum.

Ager machinalis processus

Ferramenta CNC: In ferramentis CNC, THK BNK1010-1.5RRG2+290LC7Y rota globulorum potest consequi linearem motum controllem altissimae praecisionis ad certificandum dimensionalem exactitudinem et qualitatem superficiei partium processarum. Exempli gratia, in molitione, torno et aliis processibus operationis, rota globulorum potest accurate controlle movere alimentationem ferramentorum ad meliorem efficientiam et praecisionem processus.

Machina molendi: Applicatio rotuli globularis THK BNK1010-1.5RRG2+290LC7Y in machinis molendi etiam magna est. In processu formandi rotae molendinariae per rotulum globularem, parametri formandi magnam habent influentiam super topographiam rotae molendinariae et acuitatem rotae molendinariae, quae ulterius tangunt usum rotae molendinariae, vim molendi, temperaturam molendi et integritatem superficiei partium molendarum. Per accurate controlandum motum rotuli globularis, rota molendinaria precise potest formari et qualitas molendi meliorari.

BNK 1010-1.5RRG0+240LC5Y BNK 1010-1.5RRG2+240LC7Y BNK 1010-1.5RRG0+290LC5Y BNK 1010-1.5RRG2+290LC7Y BNK 1010-1.5RRG0+340LC5Y BNK 1010-1.5RRG2+340LC7Y BNK 1010-1.5RRG0+390LC5Y BNK 1010-1.5RRG2+390LC7Y BNK 1010-1.5RRG0+440LC5Y BNK 1010-1.5RRG2+440LC7Y

Numerus Moduli.	Strophaeus	Longitudo axis rotuli
		L₁	L₂	L₃
BNK 1010-1.5RRG0+240LC5Y	100	167	185	240
BNK 1010-1.5RRG2+240LC7Y
BNK 1010-1.5RRG0+290LC5Y	150	217	235	290
BNK 1010-1.5RRG2+290LC7Y
BNK 1010-1.5RRG0+340LC5Y	200	267	285	340
BNK 1010-1.5RRG2+340LC7Y
BNK 1010-1.5RRG0+390LC5Y	250	317	335	390
BNK1010-1.5RRG2+390LC7Y
BNK1010-1.5RRG0+440LC5Y	300	367	385	440
BNK1010-1.5RRG2+440LC7Y

Defectus in cursu Axis helicisD	Defectus in cursu circumferentia nucisH	Fixatio flangis excentricitas superficiei	Defectus in cursu sulcus fili superficiesJ	Praecisio anguli ducentis		Nux massa kg	Axis massa kg/m
				Repraesentativus distantia itineris error	Fluctuatio
0.04	0.012	0.01	0.011	±0.02	0.018	0.17	0.5
0.055	0.02	0.014	0.014	Distantia itineris:±0.05/300		0.17	0.5
0.04	0.012	0.01	0.011	±0.023	0.018	0.17	0.5
0.055	0.02	0.014	0.014	Distantia itineris:±0.05/300		0.17	0.5
0.05	0.012	0.01	0.011	±0.023	0.018	0.17	0.5
0.065	0.02	0.014	0.014	Distantia itineris:±0.05/300		0.17	0.5
0.05	0.012	0.01	0.011	±0.025	0.02	0.17	0.5
0.065	0.02	0.014	0.014	Distantia itineris:±0.05/300		0.17	0.5
0.065	0.012	0.01	0.011	±0.025	0.02	0.17	0.5
0.08	0.02	0.014	0.014	Distantia itineris:±0.05/300		0.17	0.5