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Home > Generator> Motor> YR Series Motors > YR Series(IP23) Is Protected Type Wound Rotor Three-Phase Asynchronous Electromotor

YR Series(IP23) Is Protected Type Wound Rotor Three-Phase Asynchronous Electromotor

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1.The power levels and installation dimension of the electric motor meet the IEC international standard.
2.The enclosure protection class is IP23 and the cooling model is IC01 with continuous—operation system(SI).
3. Applicable to cleaner natural sites excluding combustible, explosive and corrosive gas.
4. YR Series of electromotors has features such as high efficiency, large amount of overload, low noise, low vibration, reliable structure, elegant appearance and so on.
5. This electromotor is especially suitable for export, and it can be supported and exchanged with import equipments.

YR Series(IP23)

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Shanxi Electric Machinery Manufacturing Co., Ltd

Since:

1952

Model YR		Output kW	Electric Current \(A)	Speed r/min	Eff. %	Power Factor	Max.Torque/ Rared Torque	Rotor		Noise dB(A}	Moment of inertia kg-m2	Weight
Model YR		Output kW	Electric Current \(A)	Speed r/min	Eff. %	Power Factor	Max.Torque/ Rared Torque	Voltage	Electric Currerent A	Noise dB(A}	Moment of inertia kg-m2	Weight
4poles	160M-4	7.5	16	1421	84	0.84	2.8	260	19	85	0.395	150
	160L1-4	11	22.6	1434	86.5	0.85	2.8	275	26	85	0.486	160
	160L2-4	15	30.2	1444	87	0.85	2.8	260	37	88	0.597	165
	180M-4	18.5	36.1	1426	87	0.88	2.8	197	61	88	1	220
	180L-4	22	42.5	1434	88	0.88	3	232	61	88	1.09	250
	200M-4	30	57.7	1439	89	0.88	3	255	76	91	1.82	280
	200L-4	37	70.2	1448	89	0.88	3	316	74	91	2.21	329
	225M1-4	45	86.7	1442	89	0.88	2.5	240	120	94	2.6	370
	225M2-4	55	105	1448	90	0.88	2.5	288	121	94	2.96	400
	250S-4	75	142	1453	90.5	0.89	2.6	450	104	97	5.35	460
	250M-4	90	168	1457	91	0.89	2.6	525	107	97	6	550
	280S-4	110	201	1458	91.5	0.89	3	349	196	100	9.1	680
	280M-4	132	239	1463	92.5	0.89	3	419	194	100	10.39	750
	315S-4	160	290	1465	92.5	0.87	2.7	340	281	87	4.2	935
	315S-4J	155	280	1465	92.5	0.87	2.7	340	272	87	4.2	935
	315M1-4	185	330	1465	92.8	0.87	2.9	381	292	87	4.7	1030
	315M1-4J	180	322	1465	92.8	0.87	2.9	381	284	87	4.7	1030
	315M2-4	200	359	1470	93.3	0.87	2.9	440	270	87	5.1	1150
	315M3-4	220	390	1475	93.3	0.87	2.7	470	279	90	5.6	1230
	315M3-4J	225	398	1475	93.3	0.87	2.7	480	278	90	5.6	1230
	315M4-4	250	456	1476	93.5	0.87	2.7	589	257	95	6.4	1260
	355M1-4	250	446	1470	93.5	0.87	2.3	401	386	95	10.5	1650
	355M1-4J	260	458	1470	93.5	0.87	2.3	412	390	95	11	1680
	355M2-4	280	496	1470	93.8	0.89	2.3	462	373	98	11.5	1740
	355M2-4J	300	526	1474	94	0.89	2.3	476	387	98	12	1770
	355M3-4	315	556	1475	94	0.89	2.3	509	380	98	12.1	1810
	355L1-4	355	625	1475	94.3	0.89	2.3	566	384	98	13.1	1850
	355L2-4	400	696	1477	94.3	0.89	2.5	665	367	98	13.5	1890
	355L3-4	450	783	1479	94.3	0.89	2.5	764	357	98	13.9	1930
	400S3-4	400	716	1473	94.3	0.9	2.5	611	400	106	17.9	2390
	400S3-4J	420	748	1474	94.3	0.9	2.5	640	401	106	18.1	2420
	400L1-4	450	806	1476	94.3	0.9	2.5	708	388	106	20.1	2570
	400L2-4	500	895	1476	94.3	0.9	2.5	765	399	106	21.5	2660
	400L2-4J	480	859	1477	94.3	0.9	2.5	741	394	106	21.5	2660
	400L3-4	560	967	1478	94.3	0.91	2.5	850	400	106	22.1	2710
	400L4-4	630	1087	1479	94.5	0.91	2.5	957	399	106	22.9	2740
Note： Table for the rated voltage 380V, rated frequency of 50Hz data.

Model YR		Output kW	A Electric Current	Speed r/min	Eff. %	Power Factor	Max.Torque/ Rared Torque	Rotor		Noise dB(A}	Moment of inertia kg-m2	Weight
Model YR		Output kW	A Electric Current	Speed r/min	Eff. %	Power Factor	Max.Torque/ Rared Torque	Voltage	Electric Currerent A	Noise dB(A}	Moment of inertia kg-m2	Weight
6poles	160M-6	5.5	12.7	949	82.5	0.77	2.5	279	13	78	0.572	145
	160L-6	7.5	16.9	949	83.5	0.78	2.5	260	19	82	0.655	160
	180M-6	11	24.2	940	84.5	0.78	2.8	146	50	82	1.25	220
	180L-6	15	32.6	947	85.5	0.79	2.8	187	53	85	1.48	240
	180M2-6J	22	52	957	87	0.74	2.8	274	50	80	2.1	270
	200M-6	18.5	39	949	86.5	0.81	2.8	187	65	85	2.17	292
	200L-6	22	45.5	955	87.5	0.82	2.8	224	63	85	2.55	318
	200L-6J	30	65	952	88	0.79	2.8	193	96	85	2.86	335
	225M1-6	30	59.4	955	87.5	0.85	2.2	227	86	88	3.237	360
	225M2-6	37	73.1	964	89	0.85	2.2	287	82	88	3.736	400
	225M2-6J	40	81.5	962	89	0.83	2.5	300	82	85	3.96	395
	250S-6	45	88	966	89	0.85	2.2	320	89.8	91	6.61	465
	250M-6	55	106	967	89.5	0.85	2.2	361	97.7	91	7.52	490
	250M2-6J	75	146	968	91	0.85	2.4	510	117	91	9.26	550
	280S-6	75	142	969	90.5	0.88	2.5	394	121	94	11.52	660
	280S-6J	80	152	970	91	0.87	2.5	433	117	94	12.8	665
	280M-6	90	167	972	91	0.89	2.5	482	118	94	14.05	780
	280M-6J	95	176	974	91	0.87	2.5	509	116	94	14.3	790
	315S-6	110	208	975	92.5	0.86	2	246	279	87	5.3	920
	315S-6J	115	219	975	92.5	0.86	2.3	246	292	87	5.3	920
	315M1-6	132	250	975	92.8	0.86	2.2	295	277	87	6.1	1140
	315M1-6J	130	246	975	92.8	0.86	2.3	295	273	87	5.9	1140
	315M2-6	160	301	980	93.3	0.86	2.5	359	275	90	7.5	1250
	315M2-6J	155	292	980	93.3	0.86	2.6	359	268	90	7.5	1250
	355M1-6	185	341	975	93.3	0.86	2.2	288	399	90	12.5	1560
	355M2-6	200	369	975	93.5	0.86	2.2	315	393	90	13.3	1640
	355M3-6	220	405	975	93.5	0.87	2.2	340	400	90	14.2	1680
	355M3-6J	215	396	975	93.5	0.86	2.2	340	390	90	14.2	1680
	355M4-6	250	457	980	93.8	0.87	2.2	390	394	90	15.3	1760
	355M4-6J	240	440	980	93.8	0.87	2.2	390	378	90	14.7	1740
	355L1-6	280	510	980	93.8	0.87	2.2	442	389	90	16.7	1880
	355L2-6	315	573	983	93.8	0.87	2.2	510	377	90	17.1	1920
	355L2-6J	320	582	983	93.8	0.87	2.2	510	384	90	17.1	1920
	355L3-6	355	643	983	93.8	0.87	2.2	552	392	90	17.3	1960
	400S1-6	315	580	982	93.8	0.88	2.2	518	373	103	22.6	2270
	400S1-6J	320	589	982	93.8	0.88	2	518	379	103	22.6	2270
	400S2-6	355	653	983	93.8	0.88	2.2	579	375	103	24.3	2340
	400S3-6	400	735	984	94	0.88	2.2	656	372	103	26	2420
	400L1-6	450	827	985	94	0.88	2.2	737	373	103	30.3	2650
	400L2-6	500	918	984	94	0.88	2.2	758	404	103	31.3	2680
	400L2-6J	480	882	984	94	0.88	2.2	758	387	103	31.3	2680
	400L3-6	560	984	985	94.3	0.89	2.2	871	390	103	32.2	2740
	400L4-6	630	1100	985	94.5	0.89	2.2	959	400	103	33.1	2800
Note： Table for the rated voltage 380V, rated frequency of 50Hz data.

Model YR		Output kW	A Electric Current	Speed r/min	Eff. %	Power Factor	Max.Torque/ Rared Torque	Rotor		Noise dB(A}	Moment of inertia kg-m2	Weight
Model YR		Output kW	A Electric Current	Speed r/min	Eff. %	Power Factor	Max.Torque/ Rared Torque	Voltage	Electric Currerent A	Noise dB(A}	Moment of inertia kg-m2	Weight
8poles	160M-8	4	10.5	703	81	0.71	2.2	262	11	77	0.567	144
	160L-8	5.5	14.2	705	81.5	0.71	2.2	243	15	77	0.648	160
	180M-8	7.5	18.4	692	82	0.73	2.2	105	49	81	1.236	225
	180L-8	11	26.8	699	83	0.73	2.2	140	53	81	1.47	240
	200M-8	15	36.1	706	85	0.73	2.2	153	64	84	2.142	285
	200L-8	18.5	44	712	86	0.73	2.2	187	64	84	2.52	323
	225M1-8	22	48.6	710	86	0.78	2	161	90	84	3.164	350
	225M2-8	30	65.3	713	87	0.79	2	200	97	87	3.621	390
	250S-8	37	78.9	715	87.5	0.79	2	218	110	87	6.42	442
	250M-8	45	95.5	720	88.5	0.79	2	264	109	90	7.33	465
	250M2-8J	55	121	723	89	0.76	2.2	308	109	90	9.02	550
	280S-8	55	114	723	89	0.82	2.2	279	125	90	10.55	670
	280M-8	75	152.1	725	90	0.82	2.2	359	131	93	13.71	780
	280M-8J	80	169	725	91	0.78	2.1	377	129	90	14.34	800
	315S-8	90	178	725	92	0.79	2	267	206	90	6.1	980
	315S-8J	95	190	725	92	0.79	2.1	280	206	90	6.1	980
	315M1-8	no	217	725	92.5	0.79	2.2	340	195	90	6.8	1110
	315M1-8J	115	230	725	92.5	0.79	2.2	355	196	90	7.3	1110
	315M2-8	132	257	730	92.8	0.79	2.2	417	190	90	8.8	1200
	315M2-8J	130	256	730	92.8	0.79	2.2	416	188	90	8.6	1200
	355M2-8	160	315	735	93.3	0.81	2.4	288	341	87	14.6	1650
	355M2-8J	155	306	735	93.3	0.81	2.4	288	330	87	14.6	1650
	355M3-8	185	363	735	93.3	0.81	2.4	324	349	87	15.7	1690
	355M3-8J	180	354	735	93.3	0.81	2.4	324	339	87	15.7	1690
	355M4-8	200	391	735	93.5	0.81	2.4	371	329	88	17.4	1730
	355L1-8	220	428	735	93.5	0.81	2.4	410	327	88	19.2	1780
	355L1-8J	210	411	735	93.5	0.81	2.6	410	312	88	19.2	1780
	355L2-8	250	483	735	93.5	0.8	2.3	446	341	90	19.2	1860
	355L2-8J	245	475	735	93.5	0.81	2.4	446	334	90	19.2	1860
	355L3-8J	260	500	735	93.5	0.81	2.3	446	356	90	19.2	1860
	355L4-8	280	538	735	93.5	0.81	2.2	474	361	90	19.4	1940
	355L5-8	315	611	736	93.5	0.82	2.2	541	354	90	19.6	1960
	355L5-8J	320	619	736	93.5	0.82	2.2	541	359	90	19.6	2090
	400S1-8	280	548	737	93.5	0.83	2.2	453	375	99	22.6	2320
	400S1-8J	300	576	737	93.5	0.83	2.2	453	403	99	23.2	2320
	400S2-8	315	607	737	93.8	0.83	2	491	389	99	24.3	2370
	400S2-8J	320	617	736	93.8	0.83	2	491	396	99	24.3	2370
	400S3-8	355	683	738	94	0.83	2	589	364	99	28.5	2520
	400L1-8	400	770	739	94	0.84	2	655	368	99	31.4	2730
	400L1-8J	380	731	738	94	0.84	2	618	371	99	29.5	2700
	400L2-8	450	866	739	94	0.84	2	737	368	99	34.8	2880
	400L3-8	500	962	738	94	0.84	2	737	410	99	34.8	2900
	400L3-8J	480	924	738	94	0.84	2	737	393	99	34.8	2900
	400L4-8	560	1040	739	94.3	0.84	2.2	842	400	99	35.4	2950
Note： Table for the rated voltage 380V, rated frequency of 50Hz data.

Model YR		Output kW	A Electric Current	Speed r/min	Eff. %	Power Factor	Max.Torque/ Rared Torque	Rotor		Noise dB(A}	Moment of inertia kg-m2	Weight
Model YR		Output kW	A Electric Current	Speed r/min	Eff. %	Power Factor	Max.Torque/ Rared Torque	Voltage	Electric Currerent A	Noise dB(A}	Moment of inertia kg-m2	Weight
10 poles	315S-10	55	120	580	90	0.74	2.3	210	162	85	5.1	930
	315S-10J	65	142	580	90	0.74	2.3	240	165	85	5.6	950
	315M1-10	75	163	580	91.5	0.74	2.3	288	160	85	6.4	1090
	315M1-10J	80	171	580	91.5	0.74	2.3	288	172	85	6.4	1100
	315M2-10	90	192	580	91.5	0.75	2.4	345	158	85	7.6	1160
	315M2-10J	95	200	580	91.5	0.75	2.4	345	168	85	7.6	1160
	355M2-10	110	223	585	92	0.78	2.2	215	311	90	15	1620
	355M2-10J	115	232	585	92	0.78	2.2	215	325	90	15	1620
	355M3-10	132	266	585	92.3	0.79	2.2	241	333	90	16	1680
	355M3-10J	130	261	585	92.3	0.79	2.2	241	328	90	16	1680
	355L1-10	160	321	585	92.3	0.79	2.2	300	320	90	19.1	1880
	355L1-10J	155	318	585	92.3	0.79	2.2	300	310	90	19.1	1880
	355L2-10	185	370	590	92.5	0.79	2.2	365	306	90	21.1	1930
	355L2-10J	180	363	590	92.5	0.79	2.2	365	298	90	21.1	1930
	355L3-10	200	398	586	92.6	0.79	2.2	372	329	90	21.7	1980
	355L4-10	220	432	586	92.6	0.79	2.2	401	337	90	22	2040
	400S1-10	200	407	586	93.3	0.8	2	403	305	97	22.7	2160
	400S2-10	220	448	587	93.3	0.8	2	453	296	97	24.4	2230
	400S3-10	250	508	588	93.5	0.8	2	518	293	99	26.4	2400
	400S3-10J	240	482	588	93.5	0.8	2	506	287	99	25.3	2390
	400S4-10	280	569	588	93.5	0.8	2	557	305	99	28.6	2510
	400L1-10	315	640	589	93.5	0.8	2	633	302	99	32	2790
	400L2-10	355	710	589	93.8	0.81	2	691	312	99	34.9	2840
	400L3-10	400	800	589	93.8	0.81	2	760	320	99	37.4	2950
	400L4-10	450	881	589	93.8	0.81	2	842	323	99	38.2	2990
12 poles	355M4-12	90	196	485	91	0.74	2	195	286	90	15	1630
	355L1-12	110	239	487	91	0.75	2	234	289	90	17.6	1860
	355L2-12	132	282	485	91.5	0.75	2	270	296	90	20.2	1930
	355L3-12	160	345	489	92	0.75	2	329	296	90	20.8	1990
	355L4-12	185	403	489	92	0.75	2	390	289	97	21.5	2050
	400S1-12	160	361	489	92.2	0.73	2	406	235	97	24.3	2280
	400S2-12	185	412	489	92.3	0.73	2	446	246	97	26.2	2400
	400S3-12	200	450	490	92.5	0.73	2.2	496	239	97	28.2	2470
	400L1-12	220	488	491	92.5	0.73	2.2	560	236	97	31.6	2680
	400L2-12	250	561	491	92.8	0.73	2.2	638	232	99	35	2830
	400L3-12	280	619	491	92.8	0.74	2	667	249	99	37	2920
	400L4-12	315	695	491	93	0.74	2	721	259	99	39.4	3050
Note： Table for the rated voltage 380V, rated frequency of 50Hz data.

Installation and exteral dimension

Frame No	Installation dimensions and tolerances																		Overall dimensions
	Level	A Basic size	B Basic size	C		D		E		F		G		H		K			AB	AC	AD	HD	HA	BC	BB	L
				Basic size	Limit deviation	Basic size	Limit deviation	Basic size	Limit deviation	Basic size	Limit deviation	Basic size	Limit deviation	Basic size	Limit deviation	Basic size	Limit deviation	Position tolerance
160M	4-8	254	210	108	±3.0	48	+0.018 +0.002	110	±0.43	14	0一 ().043	42.5	0 -0.2	16()	0 -0.5	15	+0.43 0	Φ1.5Ⓜ	330	380	290	405	20	37	270	750
160L			254																						314	810
180M		279	241	121		55	+0.003 +0.011			16		49		180					350	420	325	445	22	43	311	895
180M2	6					.48	+0.018 +0.002			14		42.5													349	935
180L	4-8		279			55	+0.003 +0.011			16		49
200M		318	267	133		60		140	± 0.50	18		53		200		19	+0.52 0		400	465	350	495	25	48	353	920
200L			305																						391	960
225M		356	311	149	±4.0	65						58		225					450	52(1	395	545	28		393	1060
250S		406	311	168		75				20	0-0.052	67.5		25()		24		Φ2.0Ⓜ	510	550	410	600	30	55	417	1110
250M			349																						455	1150
280S		457	368	190		80		170		22		71		280	0 -1.0				570	610	450	655	35	81	530	1260
280M			419																						581	1310
315S	4-10	508	406	216			+0.035 +0.013			25		81		315		28			628	665	580	740	40	102	661	1435
315M1			457																						754	1530
315M2	4-8					90																				1620
	10																									1530
315M3	4																									1620
355M	4-12	610	560	254		2)		21()	±0.57	28		2) 90		355					756	790	—	950		118	796	1740
355L			630			100																				1850
400S		686	560	280		110						KX)		400		35	+0.62 0		850	880	—	1110	50	150	930	1900
400L			710			130	+0.040 +0.015			32	0 -0.062	119										1200			1116	2100
Note: 1 ) G=D-GE, Geand the limit deviation of is ( + 0.20) 2 ) 355L3—4、L3—6、L4-8、L5-8、L5-8J、L4—10、L4-12in(l other specifications J) shaft Dimensions adjusted to " 1 10”, Dimensions G is adjusted to 1000other