Mech. Steam Turbine Specs | COMPRESSORtech2 Sourcing Supplement

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Natural Gas
Engine Specs

Mech. Drive
Gas Turbine Specs

Mech. Steam
Turbine Specs

Electric
Motor Specs

Variable Speed
Drive Specs

Specs – Mechanical Steam Turbines

From the Illustrated Dictionary of Essential Process Machinery Terms –
A mechanical device that extracts thermal energy from pressurized…

Manufacturer	Model	Output Range hp min	Output Range hp max	Output Range kW min	Output Range kW max	Cycle Type Back Pressure	Cycle Type Condensing	Frame Config. E, I	Frame Config. SF, DF	Number Frame Sizes	Pressure PSI	Pressure bar	Max. Inlet Temp. F	Max. Inlet Temp. C	Max Steam Flow lb/s	Max. Steam Flow kg/s	Speed Range rpm min	Speed Range rpm max
Baker Hughes, a GE Company	SNC	2000	100,000	2680	134,100	X		I	SF		140	2030	565	1050	180	400	3000	15,000
Baker Hughes, a GE Company	SANC	2000	100,000	2680	134,100	X		E/I	SF		140	2030	565	1050	180	400	3000	15,000
Baker Hughes, a GE Company	SC	2000	100,000	2680	134,100		X	I	SF		140	2030	565	1050	180	400	3000	15,000
Baker Hughes, a GE Company	SAC	2000	100,000	2680	134,100		X	E/I	SF		140	2030	565	1050	180	400	3000	15,000
Baker Hughes, a GE Company	SDFC	5000	100,000	6705	134,100		X		DF		30	435	300	570	100	660	3000	16,000
Baker Hughes, a GE Company	C	500	6000	670	8050		X	E/I	SF		80	1160	480	900			3000	15,000
Baker Hughes, a GE Company	P	500	6000	670	8050	X		E/I	SF		80	1160	480	900			3000	15,000
Baker Hughes, a GE Company	BFPT	5000	45,000	6705	60,345		X		SF		170/280	2465/4060	575	1070			3000	12,000
Dresser-Rand	D-R R/RS	100	25,000	k.A.	33,500	X	X	E, I	SF	25	63	915	510	950	200,000	441,000	750	14,000
Dresser-Rand	D-R ATTW/GTW		4500		6000	x		I	SF
Dresser-Rand	D-R 2TA		3750		5000	x		I	SF
Dresser-Rand	D-R RLH-24		1865			x	x		SF
Dresser-Rand	D-R SST-350/500/700	750	2600		3500	x			SF
Elliott	YR	1	2600	1	3500	X	X		SF	5	103	1500	538	1000	15	34	500	7100
Elliott	R, Q, N	670	104,000	750	140,000	X	X	E/I	SF/DF	4	138	2000	546	1015	147	640	2000	13,200
Elliott	MYR		10,400		14,000	X	X	E	SF	5	62	900	482	950	18	40	500	8,500
Elliott	E, B, K	336	8950	450	12,000	X	X		SF/DF	3	65	950	510	950	29	63	2000	18,000
Howden	KK&K BASE AF	30	750	40	1000	yes	no	no	SF	2	101	1485	500	930	3	6.6		5000
Howden	KK&K BASE BF	2	350	3	475	yes	no	no	SF	3	101	1485	500	930	4	8.8		4500
Howden	KK&K MONO	300	6000	400	8000	yes	yes	no	SF	10	131	1925	530	985	40	88		25,000
Howden	KK&K TWIN	1000	7000	1350	9500	yes	yes	E, I	SF, DF	combinations of KK&K MONO frames	131	1925	530	985	45	99	1500	3000
MAN Energy	DG	1000	160,000	1342	215,000	X		E, I	SF		140	2030	540	1007	200	440		16,500
MAN Energy	DK	1000	160,000	1342	215,000		X	E, I	SF		140	2030	540	1007	200	440		16,500
Mitsubishi	EBL or EBH	2000	80,000	2700	107,300	X		E	SF	10	142	2060	560	1040	167	368	2600	25,000
Mitsubishi	MXL or MXH	2000	80,000	2700	107,300		X	I	SF	10	142	2060	560	1040	83	183	2600	19,000
Mitsubishi	EL or EH	2000	120,000	2700	160,000		X	E	SF	10	142	2060	560	1040	220	485	2600	19,000
Mitsubishi	BL or BH	2000	80,000	2700	107,300	X			SF	10	142	2060	560	1040	167	368	2600	25,000
Mitsubishi Compressor			150,000		201,000	X	X	E,I	SF, DF		170	2465	565	1050	14	30		20,000
Shin Nippon	C	50,000	50,000	67,000	67,000		X	E/I	SF/DF	7	130	1885	540	1004				14,000
Shin Nippon	B	50,000	50,000	67,000	67,000	X		E/I	SF	6	130	1885	540	1004				16,000
Siemens	SST-200		20,000	k.A.	k.A.	X	X	E, I	SF	1	110	1595	520	970			10,000	14,600
Siemens	SST-300		45,000	k.A.	k.A.	X	X	E, I	SF	2	120	1740	540	1004				12,000
Siemens	SST-500		100,000	k.A.	k.A.		X	I	DF	4	30	435	400	750				15,000
Siemens	SST-600		200,000	k.A.	k.A.	X	X	E, I	SF	Modular	165	2395	565	1049			3000	18,000

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Natural Gas Engine Specs

Manufacturer	Model	Bore (mm)	Stroke (mm)	Displace Per Cylinder (L/cyl)	No. Cylinders & Config.	Output per Cylinder Range (kW) (min)	Output per Cylinder Range (kW) (max)	Rated Speed Range (r/min) (min)	Rated Speed Range (r/min) (max)	Max. Brake Mean	Output Range HP (min)	Output Range HP (max)	Output Range kW (min)	Output Range kW (max)	Rating Sys. & Stand. No.
Arrow Engine	K-6	102	116	0.9	1L		4.5	400	800	7.1		6		5
Arrow Engine	C-46	127	159	2	1L		8.7	450	800	5.6		9		7
Arrow Engine	C-66	146	190.5	3.2	1L		12.8	350	700	5.5		13		10
Arrow Engine	C-96	178	216	5.4	1L		18.1	300	600	5.6		19		14
Arrow Engine	C-106	190.5	216	6.2	1L		28.9	400	800	5.8		32		23
Arrow Engine	C-255	190.5	190.5	10.8	2L		49	400	750	6		65.7		49
Arrow Engine	L-795	190.5	228	6.5	2L		24.3	300	600	3.7		65		49
Arrow Engine	A32	105	120	1	3L		6	1000	1200	5.8		22		16
Arrow Engine	A42	105	120	1	3L		10	900	2000	5.8		47		35
Arrow Engine	A54	98	118	0.9	6L		9.9	900	2200	6.8		68		51
Arrow Engine	A62	105	120	1	6L		10	900	2000	5.8		80		60
Arrow Engine	A62TA	105	120	1	6L		14.2	1000	1800	9.2		115		86
Arrow Engine	A90	118	135	1.47	6L		16	1200	1800	6.5		109		81
Arrow Engine	A90TA	118	135	1.47	6L		18.7	1200	1800	9		150		112
Arrow Engine	A160	150	150	2.65	12L		35.8	1200	1800	6.7		215		160
Baker Hughes, A GE Company	Ajax DPC 2804 STD	381	406	46.33	4L	110	158	265	440	4.8	592	846	441	630	ANSI PTC 17-1974
Baker Hughes, A GE Company	Ajax DPC 2804 LE	381	406	46.33	4L	104	149	265	440	4.3	560	800	418	597	ANSI PTC 17-1974
Baker Hughes, A GE Company	Ajax DPC 2803 STD	381	406	46.33	3L	110	158	265	440	4.8	443	633	330	472	ANSI PTC 17-1974
Baker Hughes, A GE Company	Ajax DPC 2803 LE	381	406	46.33	3L	104	149	265	440	4.3	420	600	313	447	ANSI PTC 17-1974
Baker Hughes, A GE Company	Ajax DPC 2802 STD	381	406	46.33	2L	110	158	265	440	4.8	295	422	220	315	ANSI PTC 17-1974
Baker Hughes, A GE Company	Ajax DPC 2802 LE	381	406	46.33	2L	104	149	265	440	4.3	269	384	201	298	ANSI PTC 17-1974
Baker Hughes, A GE Company	Ajax DPC 2801 STD	381	406	46.33	L	100	143	265	440	4.3	134	192	100	143	ANSI PTC 17-1974
Baker Hughes, A GE Company	Ajax DPC 2801 LE	381	406	46.33	L	100	143	265	440	4.3	134	192	100	143	ANSI PTC 17-1974
Baker Hughes, A GE Company	Ajax DPC 2202 STD	330	406	36.15	2L	78	110	265	440	4.3	207	296	164	220	ANSI PTC 17-1974
Baker Hughes, A GE Company	Ajax DPC 2202 LE	330	406	36.15	2L	78	110	265	440	4.3	207	296	164	220	ANSI PTC 17-1974
Baker Hughes, A GE Company	Ajax DPC 2201 STD	330	406	36.15	L	78	110	265	440	4.3	104	148	82	110	ANSI PTC 17-1974
Baker Hughes, A GE Company	Ajax DPC 2201 LE	330	406	36.15	L	78	110	265	440	4.3	104	148	82	110	ANSI PTC 17-1974
Baker Hughes, A GE Company	Ajax E-565	216	254	9.29	L	21	30	315	525	3.67	28	40	21	30	ANSI PTC 17-1974
Baker Hughes, A GE Company	Superior 12SGTD	254	267	13.52	12V	83	124	600	900	12.26	1333	2000	994	1491	ANSI PTC 17-1974, DEMA
Baker Hughes, A GE Company	Superior 16SGTD	254	267	13.52	16V	82	124	600	900	12.26	1766	2650	1317	1976	ANSI PTC 17-1974, DEMA
Baker Hughes, A GE Company	Cooper-Bessemer 6W-330C3	457	508	26.55	6V	299	374	270	330	8.13	2400	3000	1789	2237	ANSI PTC 17-1974, DEMA
Baker Hughes, A GE Company	Cooper-Bessemer 8W-330C3	457	508	26.55	8V	299	374	270	330	8.13	3200	4000	2386	2982	ANSI PTC 17-1974, DEMA
Baker Hughes, A GE Company	Cooper-Bessemer 10W-330C3	457	508	26.55	10V	299	374	270	330	8.13	4000	5000	2982	2728	ANSI PTC 17-1974, DEMA
Baker Hughes, A GE Company	Cooper-Bessemer 12W-330C3	457	508	26.55	12V	299	374	270	330	8.13	4800	6000	3579	4474	ANSI PTC 17-1974, DEMA
Baker Hughes, A GE Company	Cooper-Bessemer 14W-330C3	457	508	26.55	14V	299	374	270	330	8.13	5600	7000	4175	5219	ANSI PTC 17-1974, DEMA
Baker Hughes, A GE Company	Cooper-Bessemer 16W-330C3	457	508	26.55	16V	299	374	270	330	8.13	6400	8000	4772	5965	ANSI PTC 17-1974, DEMA
Buck's GM	3.0L	102	91	0.75	4L	5.25	7.5	1400	2200	5.31	28	40	21	30	Continuous hp @ 3,200 ft. NG fuel
Buck's GM	4.3L	102	88	0.72	6V	4.66	7.5	1400	2200	5.51	38	61	28	45	Continuous hp @ 3,200 ft. NG fuel
Buck's GM	5.7L	102	88	0.71	8V	5.25	8	1400	2200	6.34	56	86	42	64	Continuous hp @ 3,200 ft. NG fuel
Buck's GM	8.1L	108	110	1.01	8V	8.87	14.5	1400	2200	7.51	95	155	71	116	Continuous hp @ 3,200 ft. NG fuel
Caterpillar	GCM34	340	420	38.13	16, 12V	381.25	381	750	750	232.07	6135	8180	4575	6100
Caterpillar	G3600	300	300	21.2	6, 8L; 12, 16V	220.7	235.1	1000	1000	193.05	1775	5045	1324	3762
Caterpillar	G3500	170	190	4.32	8, 12L; 16, 20V	48.9	64.3	1200	1400	184.54	524	1725	391	1286
Caterpillar	G3400	137	152	2.3	6L; 8, 12V	26.7	39.5	1500	1800	169.97	215	637	160	475
Caterpillar	G3300	121	152	1.75	4, 6L	17.8	26.2	1800	1800	145.52	95	211	71	157
Cummins	KTA19GCE	159	159	3.16	6L	33	52.3	1200	1800		265	420	198	313	SAE J1995
Cummins	G/GTA855	140	152	2.33	6L	19.5	35.5	1500	1800		157	286	117	213	SAE J1995
Cummins	QSL9G	114	145	1.48	6L	21.8	21.8	1800	2200		175	175	130	130	SAE J1995
Cummins	GTA8.3	114	135	1.38	6L	12.3	23.7	1500	1800		145	190	108	142	SAE J1995
Cummins	G/GTA5.9	102	120	0.98	6L	6.2	14.5	1500	2200		49	116	37	87	SAE J1995
GE's Waukesha Gas Engines	275GL	275	300	17.8	12V, 16V	169	233	750	1000	15.7	2720	5000	2028	3728	ISO 3046/1
GE's Waukesha Gas Engines	VHP	216	216	7.9	12V	38.2	90.1	750	1200	10.9	614	1450	458	1081	ISO 3046/1
GE's Waukesha Gas Engines	VHP	238	216	9.7	6L, 12V, 16V	42.8	104.9	750	1200	10.9	345	2250	257	1678	ISO 3046/1
GE's Waukesha Gas Engines	VGF	152	165	3	6L, 8L, 12V, 16V	19.8	55	1200	1800	12.2	160	1175	119	880	ISO 3046/1
Niigata	6L22AG	220	300	11.4	6L	167.8	186.3	900	1000	19.62	1349	1500	1007	1118	Methane # >80 & ISO 3046/1
Niigata	8L22AG	220	300	11.4	8L	167.8	186.4	900	1000	19.62	1849	1999	1342	1491	Methane # >80 & ISO 3046/1
Niigata	12V22AG	220	300	11.4	12V	167.7	186.4	900	1000	19.62	2698	2998	2012	2237	Methane # >80 & ISO 3046/1
Niigata	16V22AG	220	300	11.4	16V	167.7	186.4	900	1000	19.61	3597	3997	2683	2982	Methane # >80 & ISO 3046/1
Niigata	18V22AG	220	300	11.4	18V	167.7	186.4	900	1000	19.61	4047	4498	3019	3355	Methane # >80 & ISO 3046/1
Niigata	18V28AG	295	400	27.3	18V	315	332	720	750	19.4	7709	8129	5670	5979	Methane # >80 & ISO 3046/1
Wärtsilä	W34SG	340	400	36.32	9L, 12V, 16V, 20V	480	500	720	750	22	5793	13,410	4320	10,000	ISO 3046. Constant speed. Gas Engine.
Wärtsilä	W32GD	320	400	32.17	16V, 20V	450	460	720	750	23	5431	12,337	4050	9200	ISO3046. Constant speed. Dual fuel.
Wärtsilä	W34DF	340	400	36.32	9L, 12V, 16V, 20V	480	500	720	750	22	5793	13,410	4320	10,000	ISO3046. Constant speed. Dual fuel.
Wärtsilä	W50SG	500	580	113.88	18V	1045	1070	500	514	22	25,224	25,828	18,810	19,260	ISO3046. Constant speed. Gas Engine.
Wärtsilä	W50DF	500	580	113.88	18V	950	975	500	514	20	22,931	23,535	17,100	17,550	ISO3046. Constant speed. Dual fuel.

Mech. Drive Gas Turbine Specs

Manufacturer	Model	Continuous Output - bhp	Continuous Output - kW	Heat Rate - Btu/hph	Heat Rate - kJ/kWh	Pressure Ratio	Max. Output Shaft Speed (r/min)
Baker Hughes, a GE Company	NovaLT5-2	7510	5600	10,835	13,767	15	12,500
Baker Hughes, a GE Company	GE10-2	16,068	11,982	7649	10,822	16	7900
Baker Hughes, a GE Company	NovaLT16-2	22,127	16,500	6877	8738	19	7800
Baker Hughes, a GE Company	PGT20	23,994	17,892	7400	9867	16	6500
Baker Hughes, a GE Company	PGT25	31,660	23,609	6992	9548	18	6500
Baker Hughes, a GE Company	PGT25+	42,962	32,037	6348	8751	22	6100
Baker Hughes, a GE Company	PGT25+G4	46,385	34,590	6992	8719	23	6100
Baker Hughes, a GE Company	LM6000PD	58,809	43,855	6075	8468	29
Baker Hughes, a GE Company	MS5002(C)	39,520	29,470	8714	12,467	9	4670
Baker Hughes, a GE Company	MS5002(D)	45,553	33,969	8413	12,235	11	4670
Baker Hughes, a GE Company	MS5002(E)	45,288	33,772	6884	10,000	17	5714
Baker Hughes, a GE Company	MS6001(B)	58,380	43,535	7647	10,820	12	5111
Baker Hughes, a GE Company	MS7001(EA)	115,630	86,227	7718	10,920	13	3600
Baker Hughes, a GE Company	M9001(E)	174,520	130,142	7348	10,397	13	3000
Baker Hughes, a GE Company	PGT25	31,638	23,593	7031	8934	18	6500
Baker Hughes, a GE Company	PGT25+	42,682	31,828	6363	8085	22	6100
Baker Hughes, a GE Company	PGT25+G4	46,061	34,348	6368	8091	23	6100
Baker Hughes, a GE Company	LM6000PF (15ppm)	60,250	44,928	6037	8542	29	3600
Baker Hughes, a GE Company	LM6000PF+	72,818	54,300	5932	8393	31	3930
Baker Hughes, a GE Company	LM6000PG	71,485	53,306	6004	8496	32	3930
Baker Hughes, a GE Company	LMS100-PB	138,663	103,401	5701	8067	40	3429
Baker Hughes, a GE Company	LMS100-PB+	148,062	110,410	5697	8060	43	3429
Baker Hughes, a GE Company	LM9000	90,795	67,706	5917	8372	33	3600
Dresser-Rand	SGT-100	7643	5700	7738	10,377	14.9	13,650
Dresser-Rand	SGT-300 (8 MW)	11,216	8,364	7256	7655	13.8	12,075
Dresser-Rand	SGT-300 (9 MW)	12,388	9,238	7142	7535	14.5	12,075
Dresser-Rand	SGT-400 (13 MW)	18,000	13,428	7028	9943	16.8	9975
Dresser-Rand	SGT-400 (15 MW)	20,006	14,918	6,908	7288	18.9	9975
Dresser-Rand	SGT-600	33,847	25,240	7344	7738	14	8085
Dresser-Rand	SGT-700	45,151	33,669	6661	7027	18.7	6825
Dresser-Rand	SGT-750	54,994	41,009	6122	6459	24.3	6405
Dresser-Rand	SGT-A35 (G62 DLE)	37,465	27,950	6819	9650	20.6	4800
Dresser-Rand	SGT-A35 (G62)	39,075	29,150	6743	9540	21.3	4800
Dresser-Rand	SGT-A35 (GT62 DLE)	41,084	30,650	6602	9340	21.7	4800
Dresser-Rand	SGT-A35 (GT62)	41,495	30,950	6599	9340	22	4800
Dresser-Rand	SGT-A35 (GT61 DLE)	44,230	32,990	6306	8920	21.6	4850
Dresser-Rand	SGT-A35 (GT61)	45,316	33,800	6299	8910	22.1	4850
Dresser-Rand	SGT-A65 (DLE)	72,679	54,210	5837	8260	34.3	3570
Dresser-Rand	SGT-A65 (WLE)	82,877	61,820	6071	8590	36.1	3570
Dresser-Rand	SGT-A35 (GT30 DLE)	44,376	33,091	6541	6901	22.3	3429
Dresser-Rand	SGT-A35 (GT30)	45,242	33,737	6516	6875	22.8	3429
Dresser-Rand	VECTRA 30G HS	31,469	23,466	6816	9644	18	6200
Dresser-Rand	DR-61G	32,011	23,871	6776	9589	18	3600
Dresser-Rand	VECTRA 40G	42,102	31,395	6347	8980	22	6200
Dresser-Rand	DR-61GP	42,065	31,369	6440	9114	23	3600
Dresser-Rand	VECTRA 40G4	45,902	34,229	6316	8936	24	6200
Dresser-Rand	DR-61G4	45,395	33,852	6433	9104	23	3600
Dresser-Rand	DR-63G PC	59,436	44,322	6042	8549	28	3600
Dresser-Rand	DR-63G PG	66,822	49,830	6054	8566	30	3743
Dresser-Rand	KG2-3G	2682	2000	9978	14,118	7	1800
GTR & PC "Zorya-Mashproekt"	UGT6000 (DT71)	8715	6500	8080	11,430	14	8200
GTR & PC "Zorya-Mashproekt"	UGT8000 (DT70)	11,130	8300	7665	10,845	16.6	8200
GTR & PC "Zorya-Mashproekt"	UGT15000 (DG90)	22,400	16,700	7270	10,285	19.5	5200
GTR & PC "Zorya-Mashproekt"	UGT16000 (DJ59L2)	22,400	16,700	7955	11,250	13	5200
GTR & PC "Zorya-Mashproekt"	UGT25000 (DU80)	34,870	26,000	7070	10,000	21.5	5000
GTR & PC "Zorya-Mashproekt"	UGT25000 (DN80)	35,800	26,700	6975	9865	21.5	3700
MAN Energy	MGT6200	9250	6900	7480	10,590	15	12,600
MAN Energy	THM 1304-10N	14,080	10,500	8370	11,840	10	9450
MAN Energy	THM 1304-12N	16,090	12,000	8210	11,610	11	9450
Mitsubishi	MFT-8	35,910	26,780	6582	9313	20.8	5000
Mitsubishi	ASE-40	3038	2265	10,259	14,518	8.4	15,400
Niigata	CNT-401MR	400	298	16,000	22,640	4.1	1800
Niigata	CNT-601MR	665	496	16,123	22,814	4.1	1800
Niigata	CNT-1001MR	1065	794	12,618	17,854	8.6	1800
Niigata	CNT-1301M	1331	993	12,885	18,232	7.2	1800
Niigata	CNT-1601M	1598	1192	11,771	16,657	8.5	1800
Niigata	CNT-2002M	1972	1471	11,427	16,169	8.5	1500
Niigata	CNT-2001M	2130	1589	11,015	15,586	9.6	1800
Niigata	CNT-2601M	2662	1986	11,898	16,835	7.2	1800
Niigata	CNT-3101M	3194	2383	11,814	16,718	7.2	1800
Niigata	CNT-4101M	4259	3177	10,999	15,564	8.5	1800
Niigata	CNT-5401M	5322	3970	11,896	16,833	7.2	1800
Solar Turbines	Titan 250	30,000	22,370	6360	9000	24.1	7000
Solar Turbines	Titan 130	22,490	16,770	7020	9930	16.1	8855
Solar Turbines	Mars 100	15,900	11,860	7395	10,465	17.1	9500
Solar Turbines	Mars 90	13,220	9860	7655	10,830	16.3	9500
Solar Turbines	Taurus 70	11,150	8320	7190	10,170	16.5	11,605
Solar Turbines	Taurus 60	7700	5740	7950	11,250	12.2	14,300
Solar Turbines	Centaur 50	6130	4570	8485	12,000	10.3	16,500
Solar Turbines	Centaur 40	4700	3500	9100	12,870	10.3	15,500
Solar Turbines	Saturn 20	1590	1185	10,360	14,655	6.7	22,300

Mech. Drive Steam Turbine Specs

Electric Motor Specs

Manufacturer	Model	Frame Size min	Frame Size max	Output Range (kW) min	Output Range (kW) max	Poles	Volt Range (kV) min	Volt Range (kV) max	Motor Type	Frequency Hz	VFD Operate	Speed Range VFD Opt min	Speed Range VFD Opt max	Motor Eff (%) At ROP	NPF (cos Phi) At ROP	Explosion Point Available	Cooling, A/A = Air/Air, A/W = Air/Water, R =Rib-Coated, O = Open
Baldor	QR-25 3 to 25 HP	182	284	3	18	4	200	575		60	N		89	85		Y	A/A
Baldor	QT 3 to 15 HP	182	254	3	11	4	200	575		60	N		89	85		Y	A/A
Baldor	QTS 1 to 5 HP	143	184	1	4	4	208	230		60	N		89	85		Y	A/A
Baldor	QRDS 5 to 30 HP	184	286	4	22	4	200	575		60	N		89	85		Y	A/A
Baldor	QRDT 5 to 30 HP	184	286	4	22	4	200	575		60	N		89	85		Y	A/A
Elin Motoren	HKG (IC411)	355	560	200	2500	2 to 18		11	IM	50, 60	Y			98		Y	R
Elin Motoren	HKR (IC511)	710	1250	400	8000	2 to 24		15	IM	50, 60	Y			98		Y	A/A
Elin Motoren	HKL (IC611)	500	1250	400	16,000	2 to 24		15	IM	50, 60	Y			98		Y	A/A
Elin Motoren	HKH(IC7A0W7)	355	560	130	2500	2 to 8		11	IM	50, 60	Y			98		Y	W
Elin Motoren	MKH (IC7A0W7)	200	630	37	3000	2 to 10	0.4	1	IM	50, 60	Y	0	6000			Y	W
Elin Motoren	HKM (IC81W )	450	1250	300	35,000	2 to 24		15	IM	50, 60	Y			98		Y	A/W
Elin Motoren	HRM Slip Ring	500	1250	500	25,000	2 to 8		15	IM	50, 60				98		Y	A/W
Elin Motoren	Special Motors	355	1400		35,000	2 to 30		15	IM	50, 60	Y			98		Y
GE Power Conversion	FL	280	450	200	800	2 to 8	3	11	IM	50, 60	Y	1	3600	97	1	N	R
GE Power Conversion	F3	355	560	500	2500	2 to 12	3	11	IM	50, 60	Y	1	5000	98	1	N	A/A A/W O
GE Power Conversion	AKG	355	560	200	1800	2 to 12	3	11	IM	50, 60	Y	1	3600	98	1	Y	R
GE Power Conversion	N3	450	1600	500	40,000	2 to 30	3	14	IM	50, 60	Y	1	3600	98	1	N	A/A A/W O
GE Power Conversion	N1	630	1250	4000	20,000	2	3	14	IM	50, 60	Y	1	5000	98	1	N	A/A A/W O
GE Power Conversion	NTG	450	1600	1500	8000	2 to 12	3	11	IM	N/A	Y	1	3600	98	1	N	A/W
GE Power Conversion	MS	800	1600	7500	50,000	4 to 30	3	14	SM	50, 60	Y	1	1800	98	1	N	A/A A/W O
GE Power Conversion	TM	1000	1800	15,000	100,000	2	6	11	SM	N/A	Y	500	6500	99	1	N	A/W
GE Power Conversion	MGV	450	800	1500	20,000	2	3	9	IM	N/A	Y	3,000	15,000	98	1	N	INTEGRATED
Hitachi	JS2000	355	710	630	5000	2 to 12	3	6	IM	50, 60	Y	5	60	95	90	Y	A/A, A/W, O
Hitachi	JF2000	250	500	55	2250	2 to 12	3	6	IM	50, 60	Y	5	60	95	90	Y	R
Siemens	SIMOTICS HV comapct series	315	1000	150	7000	2,4,6,8,10	2	11	IM	50, 60	Y		3600			Y	R; W
Siemens	SIMOTICS HV modular series	315	800	280	19,000	2,4,6,8,10	3	13.8	IM	50, 60	Y		4800			Y	A/A; A/W; O
Siemens	SIMOTICS HV high power series	900	1600		70,000	2,4,6,8,10	3	13.8	IM/SM	50, 60	Y		3600			Y	A/A; A/W; O
Siemens	SIMOTICS HV specialized series				100,000	2,4,6,8,10	3	13.8	IM/SM	50, 60	Y		15,900			Y	A/A; A/W; R; W; O
TMEIC	High-Speed Custom	315	1200	500	80,000	2	3	13	IM, SM	50, 60	Y	3,600	18,000	97.5	0.89	Y	TEAAC, TEWAC
TMEIC	High-Power Custom	315	1200	10,000	100,000	ANY	3	13	IM, SM	50, 60	Y	1	3600	97.5	0.89	Y	TEAAC, TEWAC
TMEIC	TM21-H	315	1200	110	25,000	ANY	2	13	IM	50, 60	Y	1	3600	97.5	0.89	Y	TEFC, WPII, TEAAC, TEWAC
TMEIC	TM21-G	315	900	110	23,000	ANY	2	13	IM	50, 60	Y	1	3600	97.5	0.89	Y	TEFC, WPII, TEAAC, TEWAC

Variable Speed Drive Specs

Manufacturer	Model	Output Range (kW) (min)	Output Range (kW) (max)	Max. Motor Volt. (kW)	Max. Output Freq (Hz)	Rectifier Type	Drive Type	Step Num. of Inverter output	Semiconductors (Rectifier)	Semiconductors (Inverter)	Motor Type	Cooling
GE Power Conversion	MV7303		3800	3.3	300	12 Puls	VSI	3 Level	Diode	IGBT	IM or SM	W
GE Power Conversion	MV7303 AFE		3800	3.3	300	AFE	VSI	3 Level	IGBT	IGBT	IM or SM	W
GE Power Conversion	MV7306		6900	3.3	300	12 Puls	VSI	3 Level	Diode	IGBT	IM or SM	W
GE Power Conversion	MV7306 AFE		6900	3.3	300	AFE	VSI	3 Level	IGBT	IGBT	IM or SM	W
GE Power Conversion	MV7310		10,800	3.3	300	12 Puls	VSI	3 Level	Diode	IGBT	IM or SM	W
GE Power Conversion	MV7310 AFE		8800	3.3	300	AFE	VSI	3 Level	IGBT	IGBT	IM or SM	W
GE Power Conversion	MV7312		13,300	3.3	300	24 Puls	VSI	3 Level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV7312 AFE		13,300	3.3	300	AFE	VSI	3 Level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV7315		15,000	3.3	300	24 Puls	VSI	3 Level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV7315 AFE		13,300	3.3	300	AFE	VSI	3 Level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV7607		7000	5.2	300	24 Puls	VSI	3 Level	Diode	IGBT	IM or SM	W
GE Power Conversion	MV7615		9000	5.2	300	24 Puls	VSI	3 Level	Diode	IGBT	IM or SM	W
GE Power Conversion	MV7609		10,000	6.6	300	24 Puls	VSI	3 Level	Diode	IGBT	IM or SM	W
GE Power Conversion	MV7609 AFE		8000	6.6	300	AFE	VSI	3 Level	IGBT	IGBT	IM or SM	W
GE Power Conversion	MV7616		15,400	6.6	300	24 Puls	VSI	3 Level	Diode	IGBT	IM or SM	W
GE Power Conversion	MV7618		18,000	6.6	300	24 Puls	VSI	3 Level	Diode	IGBT	IM or SM	W
GE Power Conversion	MV7618 AFE		14,300	6.6	300	AFE	VSI	3 Level	IGBT	IGBT	IM or SM	W
GE Power Conversion	MV7821		21,000	8.2	300	36 Puls	VSI	3 Level	Diode	IGBT	IM or SM	W
GE Power Conversion	MV7913		13,000	10	300	36 Puls	VSI	3 Level	Diode	IGBT	IM or SM	W
GE Power Conversion	MV7927		27,000	10	300	36 Puls	VSI	3 Level	Diode	IGBT	IM or SM	W
GE Power Conversion	MV7927 AFE		27,000	10	300	AFE	VSI	3 Level	IGBT	IGBT	IM or SM	W
GE Power Conversion	2xMV7927		54,000	10	300	2 x 36 Puls	VSI	5 Level	Diode	IGBT	IM or SM	W
GE Power Conversion	3xMV7927		81,000	10	300	3 x 36 Puls	VSI	7 Level	Diode	IGBT	IM or SM	W
GE Power Conversion	SD7104FA66		4000	1.5	100	6 puls	LCI	6 puls	Thyristor	Thyristor	SM	A
GE Power Conversion	SD7308FAC6		8000	2.9	100	12 Puls	LCI	6 puls	Thyristor	Thyristor	SM	A
GE Power Conversion	SD7615FAC6		15,000	5.8	100	12 Puls	LCI	6 puls	Thyristor	Thyristor	SM	A
GE Power Conversion	SD7625FAC6		25,000	5.9	100	12 Puls	LCI	6 puls	Thyristor	Thyristor	SM	A
GE Power Conversion	SD7425WFCC		25,000	4.4	100	12 Puls	LCI	12 Puls	Thyristor	Thyristor	SM	W
GE Power Conversion	SD7640WFCC		40,000	8.4	100	12 Puls	LCI	12 Puls	Thyristor	Thyristor	SM	W
GE Power Conversion	SD7860WFCC		60,000	11	100	12 Puls	LCI	12 Puls	Thyristor	Thyristor	SM	W
GE Power Conversion	SD71280WFCC		80,000	11	100	12 Puls	LCI	12 Puls	Thyristor	Thyristor	SM	W
GE Power Conversion	MV4401-03		250	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4401-04		300	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4401-05		375	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4401-06		450	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4401-07		500	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4401-08		600	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4401-09		650	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4401-10		750	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4401-12		1000	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4402-15		1100	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4402-17		1300	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4402-20		1500	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4402-25		2000	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4403-30		2250	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4403-35		2500	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4403-40		3000	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4404-45		3250	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV4404-50		3750	4.1	90	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6601-03		385	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6601-03		385	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6601-05		550	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6601-05		550	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6601-08		825	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6601-08		825	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6601-10		1100	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6601-10		1100	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6603-13		1375	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6603-16		1650	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6603-16		1650	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6603-19		1925	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6603-22		2200	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6603-22		2200	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6603-24		2475	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6603-24		2475	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6603-27		2750	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6603-27		2750	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6606-30		3025	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6606-30		3025	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6606-33		3300	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6606-33		3300	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6606-38		3850	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6606-38		3850	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6606-44		4400	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6606-44		4400	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6606-49		4950	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6606-49		4950	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
GE Power Conversion	MV6606-55		5500	6.6	75	36 Puls	VSI	5 level	Diode	IGBT	IM or SM	A
GE Power Conversion	MV6606-55		5500	6.6	75	AFE	VSI	5 level	IGBT	IGBT	IM or SM	A
Nidec ASI	Silcovert TN	1100	18,800	3300	140	12p, 24p, AFE	VSI	6	Diode/IGBT	IGBT	IM	A, W
Nidec ASI	Silcovert GN	7800	20,900	3300	100	12p, 24p, AFE	VSI	6	Diode/IGBT	IGBT	IM, SM	W
Nidec ASI	Silcovert TH	400	21,200	7200	300	18p, 24p, 30p, 36p	VSI	6	Diode	IGBT	IM, SM	A, W
Nidec ASI	Silcovert NH	1300	23,800	6600	140	36p	VSI	6	Diode	IGBT	IM, SM	A, W
Nidec ASI	Silcovert S	1500	45,000	6600	95	6p, 12p, 24p, AFE	LCI	6, 12	Thyristor	Thyristor	SM	A, W
Voith Turbo	Variable speed planetary gear	1000	50,000	any motor possible	motor is operated direct online	N/A	Mechanical	N/A	N/A	N/A	IM, SM	A, W
Voith Turbo	Geared variable speed coupling	1000	30,000	any motor possible	motor is operated direct online	N/A	Mechanical	N/A	N/A	N/A	IM, SM	A, W
Voith Turbo	Variable speed coupling	100	10,000	any motor possible	motor is operated direct online	N/A	Mechanical	N/A	N/A	N/A	IM, SM	A, W

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Specs – Mechanical Steam Turbines

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Natural Gas Engine Specs

Mech. Drive Gas Turbine Specs

Mech. Drive Steam Turbine Specs

Electric Motor Specs

Variable Speed Drive Specs