T Series - Synchronous Motors for Fans/Pumps-【价格，厂家，求购，使用说明】-矿采网，Shenyang Electric Machine Group Electric Machine Manufacture Co., Ltd.

T Series - Synchronous Motors for Fans/Pumps

Model：

T8000-6/1730

Rated Speed：

1000r/min

Rated Power：

8000kW

Application Scope：

Steel, metallurgy, mining, water conservancy, scientific research, etc.

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Shenyang Electric Machine Group Electric Machine Manufacture Co., Ltd.

Liaoning · Shenyang

Main Products：The company's main products include high-voltage, low-voltage, synchronous, asynchronous, 50 Hz, 60 Hz, standard, and special-environment motors with a center height of 315mm and above, covering 48 series, 176 varieties, and over 2,100 specifications. These include high-power energy-efficient motors, synchronous increased-safety motors, asynchronous increased-safety motors, explosion-proof motors, and small-to-medium-sized steam turbine generators.

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Details Parameters

Details Introduction

Product Structure: Horizontal

Standard Center Height: H630 mm

Standard Frame Size: φ990–φ1,650 mm

Power Range: 630–25,000 kW

Pole Range: 4P–8P

Rated Voltage: 3,000–10,000 V

Protection Class: IP20, IP23, IP44, IP54, IP55

Cooling Method: IC01, IC611, IC616, IC666, IC81W, IC86W, IC91W, IC37

Mounting Type: IM B3, IM7211, IM7311, IM7315

Excitation Method:

Brushed – Matched with static excitation cabinet

Brushless – Matched with rotating rectifier and static excitation cabinet

Starting Method: Full-voltage start, reduced-voltage start, variable-frequency start

Operation Mode: Power-frequency operation, variable-frequency operation

Insulation Thermal Class: Class F

Bearing options available according to specific working conditions: rolling bearings, end cover sliding bearings, pedestal sliding bearings

Applicable Industries

Steel, metallurgy, mining, water conservancy, scientific research, etc.

Suitable Environments

Suitable for various non-explosive environments

T series large AC three-phase four-pole synchronous motor (design values)

Type	Rated Power (kW)	Rated Voltage( kV)	Rated Current (A)	Rated Speed (r/min)	Power Factor (Leading)	Efficiency (%)	Locked-Rotor Current Multiple	Locked-Rotor Torque Multiple	Nominal Pull-In Torque Multiple	Pull-Out Torque Multiple	Load Flywheel Moment GD² (t·m²)	Rated Excitation Voltage (V)	Rated Excitation Current (A)	Cooling Method	Protection Class	Weight(kg)
T1600-4/1180	1600	6	179	1500	0.9	95.68	3.9	1.4	0.85	1.95	9	32	331	Lower water-cooling	IP44	9860
T2240-4/1430	2240	6	251	1500	0.9	95.77	3.9	1.2	0.83	1.96	11	35.6	395	Lower water-cooling	IP44	14400
T2300-4/1430	2300	6	258	1500	0.9	95.8	3.87	1.18	0.81	1.98	11.3	38.4	366.6	Lower water-cooling	IP44	13700
T2500-4/1430	2500	6	278	1500	0.9	95.95	4.37	1.42	0.92	2.03	12	34	422	Lower water-cooling	IP44	14400
T2800-4/1430	2800	6	312	1500	0.9	96.2	3.9	1.26	0.8	1.87	13	35	400	Lower water-cooling	IP54	15000
T3000-4/1430	3000	6	334	1500	0.9	96.2	4.47	1.65	0.87	1.83	13.1	32	373	Lower water-cooling	IP44	17500
T3200-4/1430	3200	6	356	1500	0.9	96.3	4.28	1.48	0.87	1.91	13.5	38.5	396	Lower water-cooling	IP44	16100
T3400-4/1430	3400	6.6	344	1500	0.9	96	4.8	1.68	0.96	2.06	13.8	43.4	372	Lower water-cooling	IP44	16400
T3600-4/1430	3600	6	399	1500	0.9	96.5	4.23	1.54	0.83	1.86	14.3	36	406	Lower water-cooling	IP44	16700
T4000-4/1430	4000	6	443	1500	0.9	96.6	4.32	1.65	0.84	1.83	14.8	40	402	Lower water-cooling	IP44	17700
T6500-4/1650	6500	6.6	655	1500	0.9	96.9	3.5	1.1	0.7	1.75	15.5	72	373	Lower water-cooling	IP54	27200
T9000-4/1650	9000	6.6	902	1500	0.9	97.3	3.75	1.44	0.71	1.72	17	90.4	373	Upper water-cooling	IP44	41000
T1250-4/1180	1250	10	84	1500	0.9	94.9	4.03	1.3	0.9	2.1	8	31	314	Lower water-cooling	IP44	9000
T2000-4/1430	2000	10	134	1500	0.9	95.4	4.07	1.23	0.86	2	12	33	370	Lower water-cooling	IP44	13000
T2200-4/1430	2200	10	149	1500	0.9	95.5	4.74	1.5	1	2.12	12.5	36	366	Lower water-cooling	IP44	14300
T2300-4/1430	2300	10	154	1500	0.9	96.6	4.43	1.44	0.94	2.01	12.5	36.8	361	Lower water-cooling	IP44	14700
T2500-4/1430	2500	10	168	1500	0.9	95.6	4.66	1.55	0.98	2	12.8	39	368	Lower water-cooling	IP44	14800
T2800-4/1430	2800	10	188	1500	0.9	95.8	5.76	2.05	1.16	2.24	13	38	359	Lower water-cooling	IP44	16500
T3200-4/1430	3200	10	214	1500	0.9	95.98	5.96	2.22	1.19	2.21	13.5	42	356	Lower water-cooling	IP44	16300
T3400-4/1430	3400	10	227	1500	0.9	96.2	5.62	2.1	1.12	2.13	14	38.3	401	Lower water-cooling	IP44	17500
T3600-4/1430	3600	10	241	1500	0.9	96.3	5.29	1.98	1.03	2.08	14.3	38	394	Lower water-cooling	IP44	17600
T4200-4/1430	4200	10	279	1500	0.9	96.4	5.5	2.16	1.05	2.12	16	50	420	Lower water-cooling	IP44	18500
T4200-4/1430	4200	10	279	1500	0.9	96.5	5.52	2.16	1.06	2.1	16	42	405	Duct ventilation	IP44	19000
T4500-4/1650	4500	10	301	1500	0.9	96.4	4.13	1.3	0.82	1.94	15	56.8	332	Lower water-cooling	IP44	25200
T4700-4/1650	4700	10	312	1500	0.9	96.4	3.98	1.25	0.79	1.9	15.2	58	340	Lower water-cooling	IP44	25800
T12000-4/1650	12000	10	794	1500	0.9	97.4	4.26	1.74	0.79	1.77	20	110	390	Upper water-cooling	IP44	43900

T series large AC three-phase six-pole synchronous motor (design values)

Type	Rated Power (kW)	Rated Voltage( kV)	Rated Current (A)	Rated Speed (r/min)	Power Factor (Leading)	Efficiency (%)	Locked-Rotor Current Multiple	Locked-Rotor Torque Multiple	Nominal Pull-In Torque Multiple	Pull-Out Torque Multiple	Load Flywheel Moment GD² (t·m²)	Rated Excitation Voltage (V)	Rated Excitation Current (A)	Cooling Method	Protection Class	Weight(kg)
T2500-6/1730	2500	6	278	1000	0.9	96	5.4	1.7	1.1	2.5	34	50	426	Lower water-cooling	IP44	19500
T3800-6/1730	3800	6	419	1000	0.9	96.7	4.44	1.47	0.86	2.23	37	61	402	Lower water-cooling	IP44	21400
T4000-6/1730	4000	6	442	1000	0.9	96.8	5.1	1.77	0.97	2.34	39	64	382	Lower water-cooling	IP44	21500
T4200-6/1730	4200	6	464	1000	0.9	96.8	4.85	1.69	0.93	2.28	40	65.2	392	Lower water-cooling	IP44	22700
T5000-6/1730	5000	6	550	1000	0.9	97.2	4.96	1.84	0.93	2.22	45	73	388	Lower water-cooling	IP44	26300
T6620-6/1730	6620	6.6	659	1000	0.9	97.7	5.6	2.22	1	2.28	60	90	420	Lower water-cooling	IP44	30500
T2500-6/1730	2500	10	167	1000	0.9	96	4.68	1.48	0.93	2.36	35	47	412	Lower water-cooling	IP44	20900
T2600-6/1430	2600	10	173	1000	0.9	96.2	4.25	1.42	0.96	2.2	35	61.6	337	Upper water-cooling	IP44	18400
T3150-6/1730	3150	10	210	1000	0.9	96.4	4.79	1.68	0.9	2.26	37	47	398	Lower water-cooling	IP44	23120
T3200-6/1730	3200	10	213	1000	0.9	96.6	6.55	1.8	1.59	2.24	37	48	402	Lower water-cooling	IP44	21500
T4000-6/1730	4000	10	265	1000	0.9	96.8	4.57	1.65	0.86	2.18	45	54.9	431	Lower water-cooling	IP44	25200
T4700-6/1730	4700	10	311	1000	0.9	97	4.57	1.67	0.86	2.19	47	77	372.5	Lower water-cooling	IP44	25000
T5000-6/1730	5000	10	330	1000	0.9	97.2	4.76	1.84	0.89	2.1	50	68	404	Lower water-cooling	IP44	28350
T5800-6/1730	5800	10	382	1000	0.9	97.5	4.53	1.84	0.84	2	60	76	395	Lower water-cooling	IP44	30000
T7000-6/1730	7000	10	459	1000	0.9	97.8	4.48	1.84	0.83	2	70	93	407	Lower water-cooling	IP44	32000
T7300-6/1730	7300	10	478	1000	0.9	97.8	5.38	2.25	0.99	2.17	73	97.3	397	Lower water-cooling	IP44	34600
T7300-6/1730	7300	10	478	1000	0.9	97.8	5.38	2.25	0.99	2.17	73	97.3	397	Upper water-cooling	IP44	39300
T8000-6/1730	8000	10	524	1000	0.9	98	4.91	2.05	0.9	2.08	76	103	421	Upper water-cooling	IP44	40000

T series four-pole water-cooled synchronous motor outline drawing

Lower water-cooling structure

Upper water-cooling structure

T series six-pole water-cooled synchronous motor outline drawing

Lower water-cooling structure

Upper water-cooling structure

T series four-pole water-cooled synchronous motor installation dimensions

Lower water-cooling	Type	B1	B2	b	Φd	t	E	H	h	L	L1	L2	L3	L4	Φ	n	Φk	Notes
	T1250-4/1180	1600	1800	36	140	148	250	630	250	3030	1200	1200	2720	450	1700	4	48	IP44(10kV)
	T1600-4/1180	1600	1800	40	160	169	300	630	250	3080	1200	1200	2720	500	1700	4	48	IP44(6kV)
	T2000-4/1430	2160	2400	40	160	169	300	630	350	3340	1300	1300	2960	530	2000	4	56	IP44(10kV)
	T2200-4/1430	2160	2400	40	160	169	300	630	350	3440	1350	1350	3060	530	2000	4	56	IP44(10kV)
	T2240-4/1430	2160	2400	45	180	190	240	630	300	3500	1330	1430	3120	530	2000	6	56	IP44(6KV)
	T2300-4/1430	2160	2400	40	160	169	300	630	350	3440	1350	1350	3060	530	2000	4	56	IP44(10kV)
	T2300-4/1430	2160	2400	45	180	190	300	630	350	3500	1330	1430	3120	530	2000	4	56	IP44(6KV)
	T2500-4/1430	2160	2400	40	160	169	300	630	350	3440	1350	1350	3060	530	2000	4	56	IP44(10kV)
	T2500-4/1430	2160	2400	45	180	190	300	630	320	3540	1350	1450	3160	530	2000	4	56	IP44(6kV)
	T2800-4/1430	2160	2400	45	180	190	300	630	350	3340	1300	1300	2960	530	2000	4	56	IP44(6kV)
	T2800-4/1180	2160	2400	45	180	190	300	630	350	3540	1400	1400	3160	530	2000	4	56	IP44(10kV)
	T3000-4/1430	2120	2420	45	180	190	300	630	280	3540	1250	1550	3160	530	2000	4	56	IP44(6KV)
	T3200-4/1430	2160	2400	45	180	190	300	630	350	3440	1350	1350	3060	530	2000	4	56	IP44(6KV)
	T3400-4/1430	2160	2400	45	180	190	300	630	350	3640	1450	1450	3260	530	2000	4	48	IP44(10kV)
	T3400-4/1430	2160	2400	45	180	190	300	630	350	3540	1400	1400	3160	530	2000	4	56	IP44(6.6kV)
	T3600-4/1430	2160	2400	45	180	190	300	630	350	3460	1360	1360	3080	530	2000	4	56	IP44(6kV)
	T3600-4/1430	2160	2400	45	180	190	300	630	350	3640	1450	1450	3260	530	2000	4	56	IP44(10kV)
	T4000-4/1430G	2160	2400	45	180	190	300	630	350	3540	1400	1400	3160	530	2000	4	56	IP44(6KV)
	T4200-4/1430	2160	2400	45	200	210	350	630	350	3730	1470	1470	3300	580	2000	6	56	IP44(10kV)
	T4200-4/1430	2120	2340	45	200	210	350	460	350	3790	1450	1550	3360	580	2000	4	56	IP44(10kV)
	T4500-4/1650 (External Slip Rings)	2560	2800	50	220	231	350	630	300	4510	1500	1500	3420	610	2400	8	56	IP44(10kV)
	T6500-4/1650 (External Slip Rings)	2560	2800	50	220	231	350	630	300	4610	1550	1550	3520	610	2400	8	56	IP44(6.6kV)
	TW3150-4/1430 (Brushless Excitation)	2160	2400	45	200	210	350	630	350	4730	1450	1450	4380	610	2000	5	56	IP44(10kV)

Upper water-cooling	Type	L	L1	L2	L3	L4	L5	H1	H2	H3	E	b	t	n	Φk		Notes
	T9000-4	5110	3420	2420	2200	4690	4000	3700	1000	250	470	63	292	12	66		IP44(6.6kV)
	T12000	5350	3690	2420	2200	4570	3970	3600	1000	250	470	63	292	12	66		IP44(10kV)

Note: Due to continuous technical improvements and updates to domestic/international standards, dimensions and technical parameters in this document are subject to change without prior notice. For orders, the final dimensions shall be based on the mutually confirmed outline drawings.

T series six-pole water-cooled synchronous motor installation dimensions

Lower water-cooling	Type	B1	B2	b	Φd	t	E	H	h	L	L1	L2	L3	L4	Φ	n	Φk	Notes
	T2500-6/1730	2560	2800	45	200	210	350	630	300	3425	1250	1385	2995	580	2400	4	56	IP44(10kV)
	T2500-6/1730	2560	2800	45	180	190	300	630	300	3070	1100	1230	2690	530	2400	4	56	IP44(6kV)
	T3150-6/1730	2560	2800	45	200	210	350	630	300	3565	1320	1455	3135	580	2420	4	48	IP44(10kV)
	T3200-6/1730	2560	2800	45	200	210	350	630	300	3565	1320	1455	3135	580	2400	4	56	IP44(10kV)
	T3800-6/1730	2560	2800	50	220	231	350	630	300	3450	1200	1400	3020	610	2420	4	56	IP44(6kV)
	T4000-6/1730	2560	2800	50	220	231	350	630	300	3800	1400	1550	3370	610	2420	6	56	IP44(10kV)
	T4000-6/1730	2560	2800	45	200	210	350	630	300	3340	1200	1350	2910	580	2420	4	56	IP44(6kV)
	T4200-6/1730	2560	2800	50	220	231	350	630	300	3550	1250	1450	3120	610	2420	4	56	IP44(6kV)
	T4700-6/1730	2500	2740	56	250	231	410	630	300	3970	1410	1650	3480	670	2420	6	56	IP44(10kV)
	T5000-6/1730	2560	2800	50	220	231	350	630	300	3650	1300	1500	3220	610	2420	6	56	IP44(6kV)
	T5000-6/1730	2560	2800	56	250	262	410	630	300	4040	1450	1680	3550	670	2400	8	56	IP44(10kV)
	T5800-6/1730	2560	2800	56	250	262	410	630	300	4180	1520	1750	3690	670	2400	8	56	IP44(10kV)
	T5800-6/1730	2500	2740	56	250	262	410	630	300	4110	1480	1720	3620	670	2400	8	48	IP44(10kV)
	T6620-6/1730	2560	2800	56	250	262	410	630	300	3960	1450	1600	3470	670	2400	8	56	IP44(6.6kV)
	T7000-6/1730	2560	2800	56	250	262	410	630	300	4310	1600	1800	3820	670	2400	8	56	IP44(10kV)
	T7300-6/1730	2560	2800	63	280	292	470	630	300	4650	1700	1900	4090	670	2400	8	56	IP44(10kV)

Upper water-cooling	Type	L	L1	L2	L3	L4	L5	H1	H2	H3	E	b	t	n	Φk		Notes
	T9000-4	5110	3420	2420	2200	4690	4000	3700	1000	250	470	63	292	12	66		IP44(6.6kV)
	T12000	5350	3690	2420	2200	4570	3970	3600	1000	250	470	63	292	12	66		IP44(10kV)