ST-070 / SX-070

Los reductores planetarios ST-070 / SX-070 transmiten hasta 18000 Nm según relación de transmisión

Recursos Adicionales:

Seleccione el reductor para su motor

Calcule su máquina con esta herramienta

Horizontal Tabs

Vista general

Número de etapas:	1 a 4 etapas
Relación de transmisión:	3.55:1 a 2229.7:1
Eficiencia:	Hasta 98%
Opciones de entrada:	Brida para motor asíncrono IEC Brida para servomotor Eje macizo de entrada con chaveta Brida para reductor sinfín-corona Brida para motor hidráulico
Eje de salida:	Eje hueco con anillo de contracción Eje hueco estriado DIN 5482 Eje hueco con chavetero Eje macizo con chaveta Eje macizo estriado DIN 5482
Ejecuciones Mecánicas:	Con brida de salida integrada en la corona Con brida de salida tipo B5 Con patas

Especificaciones

Stages	Ratio	T_2N(1.2M)	T_2N(6M)	T_2Peak	n_1N	n_1max
Stages	Ratio	(Nm)	(Nm)	(Nm)	(rpm)	(rpm)
1	3.55	18020	13570	36040	1200	2000
	4.28	15700	11830	31400	1200	2000
	5.60	12010	9050	24020	1200	2000
	6.75	9130	6880	18260	1200	2000
	8.67	6615	4980	13230	1200	2000
2	13.4	18020	13570	36040	1500	2800
	16.2	15700	11830	31400	1500	2800
	22.1	15700	11830	31400	1500	2800
	28.9	12010	9050	24020	1500	2800
	33.6	12010	9050	24020	1500	2800
	40.5	9130	6880	18260	1500	2800
	48.9	9130	6880	18260	1500	2800
3	57.6	18020	13570	36040	1500	2800
	69.4	15700	11830	31400	1500	2800
	75.7	15700	11830	31400	1500	2800
	94.9	15700	11830	31400	1500	2800
	109.3	15700	11830	31400	1500	2800
	118.5	12010	9050	24020	1500	2800
	124.0	15700	11830	31400	1500	2800
	129.4	12010	9050	24020	1500	2800
	142.8	12010	9050	24020	1500	2800
	155.9	12010	9050	24020	1500	2800
	188.2	12010	9050	24020	1500	2800
	195.3	12010	9050	24020	1500	2800
	200.2	12010	9050	24020	1500	2800
	226.8	12010	9050	24020	1500	2800
	235.4	9130	6880	18260	1500	2800
	274.1	12010	9050	24020	1500	2800
	330.3	9130	6880	18260	1500	2800
	351.9	12010	9050	24020	1500	2800
4	246.6	18020	13570	36040	1500	2800
	388.5	18020	13570	36040	1500	2800
	413.9	18020	13570	36040	1500	2800
	468.2	15700	11830	31400	1500	2800
	498.8	18020	13570	36040	1500	2800
	507.7	15700	11830	31400	1500	2800
	531.3	15700	11830	31400	1500	2800
	554.3	15700	11830	31400	1500	2800
	601.2	15700	11830	31400	1500	2800
	611.9	15700	11830	31400	1500	2800
	640.4	15700	11830	31400	1500	2800
	724.4	12010	9050	24020	1500	2800
	805.4	15700	11830	31400	1500	2800
	907.3	12010	9050	24020	1500	2800
	1008.7	15700	11830	31400	1500	2800
	1093.6	12010	9050	24020	1500	2800
	1270.1	12010	9050	24020	1500	2800
	1530.9	12010	9050	24020	1500	2800
	1849.8	12010	9050	24020	1500	2800
	2229.7	9130	6880	18260	1500	2800

Stages	Ratio	T_2N(1.2M)	T_2N(6M)	T_2Peak	n_1N	n_1max
Stages	Ratio	(Nm)	(Nm)	(Nm)	(rpm)	(rpm)
2	9.9	18020	13570	36040	1500	2800
	11.9	15700	11830	31400	1500	2800
	15.6	12010	9050	24020	1500	2800
	18.4	15700	11830	31400	1500	2800
	24.0	12010	9050	24020	1500	2800
	28.9	9130	6880	18260	1500	2800
3	30.9	18020	13570	36040	1500	2800
	37.2	15700	11830	31400	1500	2800
	46.2	18020	13570	36040	1500	2800
	50.9	15700	11830	31400	1500	2800
	55.7	15700	11830	31400	1500	2800
	60.8	15700	11830	31400	1500	2800
	66.6	12010	9050	24020	1500	2800
	76.2	15700	11830	31400	1500	2800
	80.2	9130	6880	18260	1500	2800
	87.7	9130	6880	18260	1500	2800
	93.4	12010	9050	24020	1500	2800
	115.6	12010	9050	24020	1500	2800
	120.0	9130	6880	18260	1500	2800
	139.7	12010	9050	24020	1500	2800
	168.4	9130	6880	18260	1500	2800
4	139.9	18020	13570	36040	1500	2800
	168.6	18020	13570	36040	1500	2800
	203.2	15700	11830	31400	1500	2800
	221.9	15700	11830	31400	1500	2800
	265.6	15700	11830	31400	1500	2800
	290.0	15700	11830	31400	1500	2800
	320.2	15700	11830	31400	1500	2800
	349.6	15700	11830	31400	1500	2800
	379.0	12010	9050	24020	1500	2800
	418.4	12010	9050	24020	1500	2800
	437.9	15700	11830	31400	1500	2800
	456.9	12010	9050	24020	1500	2800
	474.7	12010	9050	24020	1500	2800
	537.2	12010	9050	24020	1500	2800
	551.3	12010	9050	24020	1500	2800
	664.5	12010	9050	24020	1500	2800
	803.0	12010	9050	24020	1500	2800
	967.9	9130	6880	18260	1500	2800
	1031.0	12010	9050	24020	1500	2800

T_2N values are calculated at n₁=n_1n, continuous duty cycle, uniform operation and KA=1 according to ISO 6336. T_2N(1.2M) has been calculated for 1200000 revolutions of the output shaft, and T_2N(6M) has been calculated for 6000000 revolutions of the output shaft. The application factor KA according to DIN-3990-1 must be considered for each duty cycle and machine type.
T_2Peak is the maximum output torque the gearbox can tolerate during startups, inversions or other peaks. This value should never be used for continuous operation or for intermittent operation with frequent accelerations.
n_1N is the rated input speed for continuous operation
n_1Max is the maximum input speed for intermittent service. For continuous operation at speeds over n_1n please inquire

Dimensiones