textile motor-新利体育

20211027/7d3ee5d5b8cf67a6d1f6e620dc4aaa2f.jpg

技术特征

frame range	h80~280	power range	0.18~90kw
rated voltage	380v（special voltage customization）	rated frequency	50hz（special frequency customization）
poles	2、4、6、8	protection degree	ip54
cooling mode	ic411	insulation class	h
operation mode	s1	installation mode	b3、b5、b35
wiring mode	y/∆

high temperature resistant three-phase asynchronous motor

high temperature resistant motor is a new type of motor successfully developed by our company in the printing and dyeing machinery industry according to the requirements of users. it has a new appearance. it has added front and rear end cover injection and oil drain holes. at the same time, an oil rejection structure is added in the inner cover to prevent grease from squeezing into the inner cavity of the motor during refueling. and the standard oil pipe is connected to the tail of the motor, so that the user can normally refuel the bearing without disassembling the motor. when the service environment is ≤ 55 ℃, the outlet shaft, flange and other parts can work continuously under the harsh environment where the temperature rises to 250 ℃. all bearings are special bearings with high temperature resistance. when the motor runs for about 1500 hours, it should be filled with high temperature resistance grease to ensure the service life of the bearing. all motor materials are made of h-class insulating materials to prolong the service life of the motor and ensure the continuous production of printing and dyeing machinery industry. it has the characteristics of compact structure, reliable performance, convenience and durability.

运行条件

-15°c~ 40°c

环境空气温度

≤90% (当温度为25°c时)

环境空气月平均最高相对湿度

≤1km

海拔

ye2gwhigh temperature resistant three-phase asynchronous motor

model	poles	rated power	current	rated speed	rated torque	efficiency	power factor	noise	protection degree	insulation class	working system	connection	frequency	rated voltage
model	poles	kw	a	r/min	n·m	η	cosφ	db	protection degree	insulation class	working system	connection	hz	v
ye2gw80m1-2	2	0.75	1.8	2845	2.4	77.4	0.82	62	ip55	f	s1	y	50	380
ye2gw80m2-2	2	1.1	2.5	2840	3.5	79.6	0.83	62	ip55	f	s1	y	50	380
ye2gw90s-2	2	1.5	3.3	2840	4.8	81.3	0.84	67	ip55	f	s1	y	50	380
ye2gw90l-2	2	2.2	4.7	2840	7.0	83.2	0.85	67	ip55	f	s1	y	50	380
ye2gw100l-2	2	3.0	6.2	2860	9.6	84.6	0.87	74	ip55	f	s1	y	50	380
ye2gw112m-2	2	4.0	8.0	2890	12.7	85.8	0.88	77	ip55	f	s1	∆	50	380
ye2gw132s1-2	2	5.5	10.9	2910	17.5	87	0.88	79	ip55	f	s1	∆	50	380
ye2gw132s2-2	2	7.5	14.5	2905	23.9	88.1	0.89	79	ip55	f	s1	∆	50	380
ye2gw160m1-2	2	11	21.0	2935	35.0	89.4	0.89	81	ip55	f	s1	∆	50	380
ye2gw160m2-2	2	15	28.4	2935	47.8	90.3	0.89	81	ip55	f	s1	∆	50	380
ye2gw160l-2	2	18.5	34.7	2935	58.9	90.9	0.89	81	ip55	f	s1	∆	50	380
ye2gw180m-2	2	22	41.1	2940	70.0	91.3	0.89	83	ip55	f	s1	∆	50	380
ye2gw200l1-2	2	30	55.7	2945	95.5	92	0.89	84	ip55	f	s1	∆	50	380
ye2gw200l2-2	2	37	68.3	2945	117.8	92.5	0.89	84	ip55	f	s1	∆	50	380
ye2gw225m-2	2	45	82.7	2950	143.3	92.9	0.89	86	ip55	f	s1	∆	50	380
ye2gw250m-2	2	55	100.7	2965	175.1	93.2	0.89	89	ip55	f	s1	∆	50	380
ye2gw280s-2	2	75	136.5	2965	238.8	93.8	0.89	91	ip55	f	s1	∆	50	380
ye2gw280m-2	2	90	163.3	2965	286.5	94.1	0.89	91	ip55	f	s1	∆	50	380
ye2gw80m1-4	4	0.55	1.4	1415	3.5	77.1	0.75	56	ip55	f	s1	y	50	380
ye2gw80m2-4	4	0.75	1.9	1380	4.8	79.6	0.76	56	ip55	f	s1	y	50	380
ye2gw90s-4	4	1.1	2.7	1390	7.0	81.4	0.77	59	ip55	f	s1	y	50	380
ye2gw90l-4	4	1.5	3.5	1390	9.6	82.8	0.78	59	ip55	f	s1	y	50	380
ye2gw100l1-4	4	2.2	5.0	1410	14.0	84.3	0.80	64	ip55	f	s1	y	50	380
ye2gw100l2-4	4	3.0	6.6	1410	19.1	85.5	0.81	64	ip55	f	s1	y	50	380
ye2gw112m-4	4	4.0	8.7	1440	25.5	86.6	0.81	65	ip55	f	s1	∆	50	380
ye2gw132s-4	4	5.5	11.6	1445	35.0	87.7	0.82	71	ip55	f	s1	∆	50	380
ye2gw132m-4	4	7.5	15.5	1445	47.8	88.7	0.83	71	ip55	f	s1	∆	50	380
ye2gw160m-4	4	11	22.4	1460	70.0	89.8	0.83	73	ip55	f	s1	∆	50	380
ye2gw160l-4	4	15	29.9	1460	95.5	90.6	0.84	73	ip55	f	s1	∆	50	380
ye2gw180m-4	4	18.5	36.3	1470	117.8	91.2	0.85	76	ip55	f	s1	∆	50	380
ye2gw180l-4	4	22	42.9	1470	140.1	91.6	0.85	76	ip55	f	s1	∆	50	380
ye2gw200l-4	4	30	58.1	1470	191.0	92.3	0.85	76	ip55	f	s1	∆	50	380
ye2gw225s-4	4	37	70.5	1475	235.6	92.7	0.86	78	ip55	f	s1	∆	50	380
ye2gw225m-4	4	45	85.4	1475	286.5	93.1	0.86	78	ip55	f	s1	∆	50	380
ye2gw250m-4	4	55	103.9	1475	350.2	93.5	0.86	79	ip55	f	s1	∆	50	380
ye2gw280s-4	4	75	139.3	1485	477.5	94	0.87	80	ip55	f	s1	∆	50	380
ye2gw280m-4	4	90	165.0	1485	573.0	94.2	0.88	80	ip55	f	s1	∆	50	380
ye2gw80m1-6	6	0.37	1.2	895	3.5	67.6	0.70	54	ip55	f	s1	y	50	380
ye2gw80m2-6	6	0.55	1.6	900	5.3	73.1	0.72	54	ip55	f	s1	y	50	380
ye2gw90s-6	6	0.75	2.1	915	7.2	75.9	0.71	57	ip55	f	s1	y	50	380
ye2gw90l-6	6	1.1	3.0	915	10.5	78.1	0.72	57	ip55	f	s1	y	50	380
ye2gw100l-6	6	1.5	4.0	920	14.3	79.8	0.72	61	ip55	f	s1	y	50	380
ye2gw112m-6	6	2.2	5.7	940	21.0	81.8	0.72	65	ip55	f	s1	y	50	380
ye2gw132s-6	6	3.0	7.6	960	28.7	83.3	0.72	69	ip55	f	s1	y	50	380
ye2gw132m1-6	6	4.0	9.7	960	38.2	84.6	0.74	69	ip55	f	s1	∆	50	380
ye2gw132m2-6	6	5.5	13.0	960	52.5	86	0.75	69	ip55	f	s1	∆	50	380
ye2gw160m-6	6	7.5	16.8	970	71.6	87.2	0.78	73	ip55	f	s1	∆	50	380
ye2gw160l-6	6	11	23.9	970	105.1	88.7	0.79	73	ip55	f	s1	∆	50	380
ye2gw180l-6	6	15	31.0	970	143.3	89.7	0.82	73	ip55	f	s1	∆	50	380
ye2gw200l1-6	6	18.5	38.9	975	176.7	90.4	0.80	73	ip55	f	s1	∆	50	380
ye2gw200l2-6	6	22	45.4	975	210.1	90.9	0.81	73	ip55	f	s1	∆	50	380
ye2gw225m-6	6	30	60.6	980	286.5	91.7	0.82	74	ip55	f	s1	∆	50	380
ye2gw250m-6	6	37	73.5	980	353.4	92.2	0.83	76	ip55	f	s1	∆	50	380
ye2gw280s-6	6	45	86.8	980	429.8	92.7	0.85	78	ip55	f	s1	∆	50	380
ye2gw280m-6	6	55	104.4	980	525.3	93.1	0.86	78	ip55	f	s1	∆	50	380
ye2gw80m1-8	8	0.18	1.0	655	2.3	45.9	0.61	52	ip55	f	s1	y	50	380
ye2gw80m2-8	8	0.25	1.2	655	3.2	50.6	0.61	52	ip55	f	s1	y	50	380
ye2gw90s-8	8	0.37	1.6	680	4.7	56.1	0.61	56	ip55	f	s1	y	50	380
ye2gw90l-8	8	0.55	2.2	680	7.0	61.7	0.61	56	ip55	f	s1	y	50	380
ye2gw100l1-8	8	0.75	2.6	690	9.6	66.2	0.67	59	ip55	f	s1	y	50	380
ye2gw100l2-8	8	1.1	3.4	690	14.0	70.8	0.69	59	ip55	f	s1	y	50	380
ye2gw112m-8	8	1.5	4.4	695	19.1	74.1	0.70	61	ip55	f	s1	y	50	380
ye2gw132s-8	8	2.2	6.1	715	28.0	77.6	0.71	64	ip55	f	s1	y	50	380
ye2gw132m-8	8	3	7.8	715	38.2	80	0.73	64	ip55	f	s1	y	50	380
ye2gw160m1-8	8	4	10.2	720	50.9	81.9	0.73	68	ip55	f	s1	∆	50	380
ye2gw160m2-8	8	5.5	13.5	720	70.0	83.8	0.74	68	ip55	f	s1	∆	50	380
ye2gw160l-8	8	7.5	17.8	720	95.5	85.3	0.75	68	ip55	f	s1	∆	50	380
ye2gw180l-8	8	11	25.6	725	140.1	86.9	0.75	70	ip55	f	s1	∆	50	380
ye2gw200l-8	8	15	34.1	730	191.0	88	0.76	73	ip55	f	s1	∆	50	380
ye2gw225s-8	8	18.5	41.7	735	235.6	88.6	0.76	73	ip55	f	s1	∆	50	380
ye2gw225m-8	8	22	48.1	735	280.1	89.1	0.78	73	ip55	f	s1	∆	50	380
ye2gw250m-8	8	30	64.3	730	382.0	89.8	0.79	75	ip55	f	s1	∆	50	380
ye2gw280s-8	8	37	78.8	735	471.1	90.3	0.79	76	ip55	f	s1	∆	50	380
ye2gw280m-8	8	45	95.4	735	573.0	90.7	0.79	76	ip55	f	s1	∆	50	380

ye3gwhigh temperature resistant three-phase asynchronous motor

model	poles	rated power	current	rated speed	rated torque	efficiency	power factor	noise	protection degree	insulation class	working system	connection	frequency	rated voltage
model	poles	kw	a	r/min	n·m	η	cosφ	db	protection degree	insulation class	working system	connection	hz	v
ye3gw80m1-2	2	0.75	1.7	2845	2.4	80.7	0.82	62	ip55	f	s1	y	50	380
ye3gw80m2-2	2	1.1	2.4	2840	3.5	82.7	0.83	62	ip55	f	s1	y	50	380
ye3gw90s-2	2	1.5	3.2	2840	4.8	84.2	0.84	67	ip55	f	s1	y	50	380
ye3gw90l-2	2	2.2	4.6	2840	7.0	85.9	0.85	67	ip55	f	s1	y	50	380
ye3gw100l-2	2	3	6.0	2860	9.6	87.1	0.87	74	ip55	f	s1	y	50	380
ye3gw112m-2	2	4	7.8	2890	12.7	88.1	0.88	77	ip55	f	s1	∆	50	380
ye3gw132s1-2	2	5.5	10.6	2910	17.5	89.2	0.88	79	ip55	f	s1	∆	50	380
ye3gw132s2-2	2	7.5	14.4	2905	23.9	90.1	0.88	79	ip55	f	s1	∆	50	380
ye3gw160m1-2	2	11	20.6	2935	35.0	91.2	0.89	81	ip55	f	s1	∆	50	380
ye3gw160m2-2	2	15	27.9	2935	47.8	91.9	0.89	81	ip55	f	s1	∆	50	380
ye3gw160l-2	2	18.5	34.2	2935	58.9	92.4	0.89	81	ip55	f	s1	∆	50	380
ye3gw180m-2	2	22	40.5	2940	70.0	92.7	0.89	83	ip55	f	s1	∆	50	380
ye3gw200l1-2	2	30	54.9	2945	95.5	93.3	0.89	84	ip55	f	s1	∆	50	380
ye3gw200l2-2	2	37	67.4	2945	117.8	93.7	0.89	84	ip55	f	s1	∆	50	380
ye3gw225m-2	2	45	80.8	2950	143.3	94.0	0.90	86	ip55	f	s1	∆	50	380
ye3gw250m-2	2	55	98.5	2965	175.1	94.3	0.90	89	ip55	f	s1	∆	50	380
ye3gw280s-2	2	75	133.7	2965	238.8	94.7	0.90	91	ip55	f	s1	∆	50	380
ye3gw280m-2	2	90	159.9	2965	286.5	95.0	0.90	91	ip55	f	s1	∆	50	380
ye3gw80m1-4	4	0.55	1.4	1380	3.5	80.8	0.75	56	ip55	f	s1	y	50	380
ye3gw80m2-4	4	0.75	1.8	1380	4.8	82.5	0.75	56	ip55	f	s1	y	50	380
ye3gw90s-4	4	1.1	2.6	1390	7.0	84.1	0.76	59	ip55	f	s1	y	50	380
ye3gw90l-4	4	1.5	3.5	1390	9.6	85.3	0.77	59	ip55	f	s1	y	50	380
ye3gw100l1-4	4	2.2	4.8	1410	14.0	86.7	0.81	64	ip55	f	s1	y	50	380
ye3gw100l2-4	4	3	6.3	1410	19.1	87.7	0.82	64	ip55	f	s1	y	50	380
ye3gw112m-4	4	4	8.4	1440	25.5	88.6	0.82	65	ip55	f	s1	∆	50	380
ye3gw132s-4	4	5.5	11.2	1445	35.0	89.6	0.83	71	ip55	f	s1	∆	50	380
ye3gw132m-4	4	7.5	15.0	1445	47.8	90.4	0.84	71	ip55	f	s1	∆	50	380
ye3gw160m-4	4	11	21.5	1470	70.0	91.4	0.85	73	ip55	f	s1	∆	50	380
ye3gw160l-4	4	15	28.8	1470	95.5	92.1	0.86	73	ip55	f	s1	∆	50	380
ye3gw180m-4	4	18.5	35.3	1470	117.8	92.6	0.86	76	ip55	f	s1	∆	50	380
ye3gw180l-4	4	22	41.8	1470	140.1	93.0	0.86	76	ip55	f	s1	∆	50	380
ye3gw200l-4	4	30	56.6	1470	191.0	93.6	0.86	76	ip55	f	s1	∆	50	380
ye3gw225s-4	4	37	69.6	1475	235.6	93.9	0.86	78	ip55	f	s1	∆	50	380
ye3gw225m-4	4	45	84.4	1475	286.5	94.2	0.86	78	ip55	f	s1	∆	50	380
ye3gw250m-4	4	55	102.7	1475	350.2	94.6	0.86	79	ip55	f	s1	∆	50	380
ye3gw280s-4	4	75	136.3	1485	477.5	95.0	0.88	80	ip55	f	s1	∆	50	380
ye3gw280m-4	4	90	163.2	1485	573.0	95.2	0.88	80	ip55	f	s1	∆	50	380
ye3gw80m1-6	6	0.37	1.1	900	3.5	73.5	0.70	54	ip55	f	s1	y	50	380
ye3gw80m2-6	6	0.55	1.5	900	5.3	77.2	0.72	54	ip55	f	s1	y	50	380
ye3gw90s-6	6	0.75	2.0	915	7.2	78.9	0.71	57	ip55	f	s1	y	50	380
ye3gw90l-6	6	1.1	2.8	915	10.5	81.0	0.73	57	ip55	f	s1	y	50	380
ye3gw100l-6	6	1.5	3.8	920	14.3	82.5	0.73	61	ip55	f	s1	y	50	380
ye3gw112m-6	6	2.2	5.4	940	21.0	84.3	0.74	65	ip55	f	s1	y	50	380
ye3gw132s-6	6	3	7.2	960	28.7	85.6	0.74	69	ip55	f	s1	y	50	380
ye3gw132m1-6	6	4	9.5	960	38.2	86.8	0.74	69	ip55	f	s1	∆	50	380
ye3gw132m2-6	6	5.5	12.7	960	52.5	88.0	0.75	69	ip55	f	s1	∆	50	380
ye3gw160m-6	6	7.5	16.2	970	71.6	89.1	0.79	73	ip55	f	s1	∆	50	380
ye3gw160l-6	6	11	23.1	970	105.1	90.3	0.80	73	ip55	f	s1	∆	50	380
ye3gw180l-6	6	15	30.9	970	143.3	91.2	0.81	73	ip55	f	s1	∆	50	380
ye3gw200l1-6	6	18.5	37.8	975	176.7	91.7	0.81	73	ip55	f	s1	∆	50	380
ye3gw200l2-6	6	22	44.8	975	210.1	92.2	0.81	73	ip55	f	s1	∆	50	380
ye3gw225m-6	6	30	59.1	980	286.5	92.9	0.83	74	ip55	f	s1	∆	50	380
ye3gw250m-6	6	37	71.7	980	353.4	93.3	0.84	76	ip55	f	s1	∆	50	380
ye3gw280s-6	6	45	85.8	980	429.8	93.7	0.85	78	ip55	f	s1	∆	50	380
ye3gw280m-6	6	55	103.3	980	525.3	94.1	0.86	78	ip55	f	s1	∆	50	380
ye3gw80m1-8	8	0.18	0.8	665	2.3	58.7	0.61	52	ip55	f	s1	y	50	380
ye3gw80m2-8	8	0.25	1.0	665	3.2	64.1	0.61	52	ip55	f	s1	y	50	380
ye3gw90s-8	8	0.37	1.3	685	4.7	69.3	0.61	56	ip55	f	s1	y	50	380
ye3gw90l-8	8	0.55	1.9	685	7.0	73.0	0.61	56	ip55	f	s1	y	50	380
ye3gw100l1-8	8	0.75	2.3	705	9.6	75.0	0.67	59	ip55	f	s1	y	50	380
ye3gw100l2-8	8	1.1	3.1	705	14.0	77.7	0.69	59	ip55	f	s1	y	50	380
ye3gw112m-8	8	1.5	4.1	705	19.1	79.7	0.70	61	ip55	f	s1	y	50	380
ye3gw132s-8	8	2.2	5.7	720	28.0	81.9	0.71	64	ip55	f	s1	y	50	380
ye3gw132m-8	8	3	7.5	720	38.2	83.5	0.73	64	ip55	f	s1	y	50	380
ye3gw160m1-8	8	4	9.8	720	50.9	84.8	0.73	68	ip55	f	s1	∆	50	380
ye3gw160m2-8	8	5.5	13.1	720	70.0	86.2	0.74	68	ip55	f	s1	∆	50	380
ye3gw160l-8	8	7.5	17.4	720	95.5	87.3	0.75	68	ip55	f	s1	∆	50	380
ye3gw180l-8	8	11	25.2	730	140.1	88.6	0.75	70	ip55	f	s1	∆	50	380
ye3gw200l-8	8	15	33.5	730	191.0	89.6	0.76	73	ip55	f	s1	∆	50	380
ye3gw225s-8	8	18.5	41.0	735	235.6	90.1	0.76	73	ip55	f	s1	∆	50	380
ye3gw225m-8	8	22	47.3	735	280.1	90.6	0.78	73	ip55	f	s1	∆	50	380
ye3gw250m-8	8	30	63.2	730	382.0	91.3	0.79	75	ip55	f	s1	∆	50	380
ye3gw280s-8	8	37	77.5	735	471.1	91.8	0.79	76	ip55	f	s1	∆	50	380
ye3gw280m-8	8	45	93.9	735	573.0	92.2	0.79	76	ip55	f	s1	∆	50	380

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