Application

Induction

An induction furnace is an electrical furnace in which the heat is applied by induction heating of metal. Induction furnace capacities range from less than one kilogram to one hundred tons, and are used to melt iron and steel, copper, aluminum, and precious metals.

An advantage of induction heating is that the heat is generated within the furnace’s charge itself rather than applied by a burning fuel or other external heat source, which can be important in applications where contamination is an issue.

Operating frequencies range from utility frequency (50 or 60 Hz) to 400 kHz or higher, usually depending on the material being melted, the capacity (volume) of the furnace and the melting speed required.

Power semiconductors have various designs. MS Power makes semiconductor devices for induction furnaces in stud and disc housings.

MS Power offers a wide range of customization options based on individual customer requirements to technical parameters, connections and appearance of devices. Please contact the sales department for more info.

Type	VDRM, VRRM [V] VDSM=VDRM VRSM=VRRM+100V	ITAVM [A] @ Tc=70°C 180° Sine	ITSM [kA] @ 10ms Tjmax	ʃ i²t [A²S×10³] @ 10ms Tjmax	VT / IT [V / A] Tjmax	VT(TO) [V] @ Tjmax	r T [mΩ] @ Tjmax	Tq [μsec] @ Tjmax	(di/dt) crit [A / μs] @ Tjmax	RthJC [°C / W] @ 180° Sine	Tjmax [°C]	Outline Drg.
MS TF700C	2000-2200	700	10	500	2.30 / 1978	1.200	0.650	30	1000	0.034	125	CT04
MS TF810C	800-1200	810	9.35	437	2.40 / 1400	1.900	0.357	15	1000	0.026	125	CT04
MS TF1110C	1400-2000	1110	18.5	1711	1.90 / 2000	1.207	0.342	50-100	250	0.023	125	CT06
MS TF1018C	1200-2000	1018	15	1125	2.15 / 2000	1.380	0.385	50	1000	0.020	125	CT06
MS TF1305C	800-1200	1305	20.0	2000	2.26 / 3000	1.540	0.240	20-50	1200	0.018	125	CT06
MS TF1275C	1200-2100	1275	17.5	1531	2.00 / 2000	1.202	0.340	50-60	250	0.019	125	CT06
MS TF1290C	800-1200	1290	20.0	2000	2.02 / 2000	1.450	0.285	15	1000	0.018	125	CT06
MS TF1448C	1800-2000	1448	17.0	1445	1.80 / 2000	1.300	0.250	40-70	1000	0.017	125	CT06
MS TF2100C	1400-2000	2100	33.0	5445	2.04 / 2000	1.271	0.255	60-100	300	0.010	125	CT11
MS TF2600C	2000-2800	2600	34.1	5814	2.55 / 5700	1.504	0.174	80-100	1000	0.008	125	CT11
MS TF2750C	2000-2500	2750	37.2	6919	2.00 / 4000	1.308	0.170	50-70	1000	0.008	125	CT11
MSTF2825C	2000-2500	2825	55.0	15125	2.45 / 5000	1.581	0.171	40-100	500	0.007	125	CT13

Type	VRRM [V] VRSM=VRRM+100V	IFAVM [A] @ TC=70°C 180° Sine	IFSM [kA] @ 10ms Tjmax	ʃ i² t [A²S×10³] @ 10ms Tjmax	VF / IF [V / A] Tjmax	VF(TO) [V] @ Tjmax	r F [mΩ] @ Tjmax	Trr [μs] @ Tjmax	RthJC [°C / W] @ 180° Sine	Tjmax [°C]	Outline Drg.
MS DF385C	3000-4500	385	5.5	151	3.20 / 1000	1.71	1.53	4.50	0.045	125	CD04
MS DF914C	2200-2600	914	9.4	442	3.0 / 1800	1.768	0.653	3.2	0.027	150	CD04
MS DS965C	1200-2000	965	15.4	1186	1.85 / 2050	1.24	0.33	3.00	0.028	125	CD04
MS DF1215C	4000-4500	1215	19.0	1805	2.85 / 2000	1.73	0.51	6.50	0.020	150	CD05
MS DF1495C	2200-2500	1495	21.5	2311	1.95 / 3000	1.15	0.266	3.90	0.017	125	CD05

Traction

Traction substations are used to convert alternating current into direct current used in electric vehicles. DC traction motors are the most common drives used in electric trains.

Avalanche-type diodes are used in railway transport since they are the most stable and reliable in overload state. Such diodes are able to withstand in avalanche breakdown condition. These diodes can carry high loads due to their ability to dissipate a power pulse for a much longer period of time.

MS Power makes power semiconductor devices for electric trains in stud and disc and housings. Also manufacture isolated base power modules.

Part number	VRRM [V] VDSM=VDRM VRSM=VRRM+100V	IFAVM [A] @ Tc=100°C 180° Sine	ITSM [A] @ 10ms Tjmax	ʃ i²t [A²S] @ 10ms Tjmax	VF / IF [V / A] @ 25°C	VF(TO) [V] @ Tjmax	r T [mΩ] @ Tjmax	RthJC [°C / W] @ 180° Sine per chip	RthJC [°C / W] per chip	Tjmax [°C]	Outline Drg.
20mm Solder Contact Base Plate
MS DD25	200-1800	25	500	1250	1.40 / 80	0.85	6.00	1.6	0.2	150	M01
MS DD55	200-1800	55	1150	6612	1.60 / 175	0.85	4.00	0.65	0.2	150	M01
MS DD70	200-1800	70	1190	7080	1.48 / 200	0.80	3.0	0.51	0.2	150	M01
MS DD95	200-1800	95	1700	14450	1.45 / 300	0.85	1.90	0.4	0.2	150	M01
MS DD104	200-1800	104	2000	20000	1.40 / 300	0.85	1.50	0.39	0.2	150	M01
MS DD120	200-1800	120	2050	21000	1.44 / 350	0.85	1.40	0.33	0.2	150	M01
34mm Solder Contact Base Plate
MS DD140	200-1800	140	3200	51200	1.45 / 300	0.90	1.50	0.25	0.1	150	M02
MS DD170	200-1800	170	5200	135200	1.44 / 400	0.85	1.30	0.21	0.1	150	M02
MS DD190	200-1800	190	5600	156800	1.32 / 500	0.85	0.80	0.21	0.1	150	M02
MS DD280	200-1800	220	2500	31250	1.60 / 880	0.80	0.98	0.17	0.1	150	M02
50mm Pressure Contact Base Plate
MS DD250	3000-3600	245	5000	125000	2.0 / 785	0.90	1.57	0.11	0.04	150	M03
MS DD260	200-1800	260	10000	500000	1.40 / 800	0.70	0.68	0.17	0.04	150	M03
MS DD285	400-800	285	8300	605000	1.15 / 800	0.75	0.40	0.17	0.04	150	M03
MS DD261	600-2400	318	80000	320000	1.35 / 1500	0.71	0.42	0.14	0.06	150	M03
MS DD320	600-2000	320	8000	320000	1.35 / 1500	0.71	0.42	0.14	0.06	150	M03
MS DD321	2000-2800	358	8500	361000	1.40 / 785	0.85	0.45	0.11	0.04	150	M03
MS DD350	200-1800	350	11000	605000	1.35 / 1000	0.75	0.40	0.13	0.04	150	M03
MS DD360	2000-2200	360	110000	605000	1.40 / 1500	0.75	0.40	0.125	0.04	150	M03
MS DD380	200-1800	380	11500	661000	1.40 / 1500	0.75	0.32	0.125	0.04	150	M03
MS DD381	2000-2200	381	11500	661000	1.40 / 1500	0.75	0.32	0.125	0.04	150	M03
60mm Pressure Contact Base Plate
MS DD480	4000-4500	410	9000	405000	2.19 / 1600	0.89	0.815	0.07	0.02	150	M04
MS DD450	3200-4000	498	15050	1132000	1.90 / 1800	0.85	0.55	0.065	0.02	150	M04
MS DD500	200-1800	500	14000	980000	1.35 / 1500	0.84	0.24	0.088	0.03	150	M04
MS DD515	2800-3600	515	13000	845000	1.60 / 1256	0.80	0.50	0.068	0.02	150	M04
MS DD600	200-1800	600	19000	1805000	1.35 / 1880	0.75	0.215	0.078	0.02	150	M04
MS DD601	800-2600	660	29000	4205000	1.18 / 1500	0.914	0.145	0.065	0.02	150	M04
MS DD810	200-1800	680	19000	1805000	1.24 / 2000	0.78	0.23	0.062	0.02	150	M04
MS DD700	2000-2200	700	19000	1805000	1.36 / 2200	0.78	0.185	0.065	0.02	150	M04
MS DD710	200-2000	710	22000	2420000	1.30 / 2200	0.75	0.145	0.069	0.02	150	M04
70mm Pressure Contact Base Plate
MS DZ1100	600-1800	1100	35000	6125000	1.11 / 3000	0.75	0.073	0.048	0.015	150	M11

Type	VDSM, VDRM [V] VDSM=VDRM VRSM=VRRM+100V	ITAVM [A] @ Tc=85°C 180° Sine	ITSM [A] @ 10ms Tjmax	ʃ i²t [A²S] @ 10ms Tjmax	VT / IT [V / A] @ 25°C	VT(TO) [V] @ Tjmax	r T [mΩ] @ Tjmax	RthJC [°C / W] @ 180° Sine per chip	RthJC [°C / W] per chip	Tjmax [°C]	Outline Drg.
20mm Solder Version Base Plate
MS TT25	800-1800	25	480	1152	1.80 / 75	0.90	12.00	0.95	0.2	125	M05
MS TT40	800-1800	40	850	3612	1.95 / 200	1.00	4.50	0.69	0.2	125	M05
MS TT50	800-1800	50	1250	7812	1.65 / 200	0.90	3.50	0.60	0.2	125	M05
MS TT70	800-1800	70	1450	10512	1.85 / 250	0.90	3.50	0.38	0.2	125	M05
MS TT71	2000-2200	70	1450	10512	1.90 / 300	0.90	3.50	0.37	0.2	125	M05
MSTT95	800-1800	95	1750	15312	1.65 / 300	0.90	2.00	0.30	0.2	125	M05
MSTT106	800-1800	106	1900	18050	1.65 / 300	0.90	2.00	0.30	0.2	130	M05
MS TT119	200-1600	120	1900	18050	1.75 / 300	0.90	3.35	0.20	0.22	130	M05
34mm Solder Contact Base Plate
MSTT140	800-1800	140	4000	80000	1.47 / 450	0.90	1.15	0.22	0.06	125	M06
MSTT164	800-1800	164	4400	96800	1.53 / 500	0.85	0.95	0.20	0.06	125	M06
50mm Pressure Contact Base Plate
MS TT139	3000-3600	139	3200	51200	2.54 / 400	1.50	2.60	0.12	0.04	125	M07
MS TT169	3000-3600	169	4000	80000	2.60 / 600	1.20	2.30	0.11	0.04	125	M07
MS TT170	800-1800	170	5000	125000	1.65 / 600	0.95	1.00	0.17	0.04	125	M07
MS TT210	800-1800	210	5800	168000	1.65 / 700	1.00	0.85	0.13	0.04	125	M07
MS TT215	2000-2200	215	6300	198000	1.75 / 800	0.95	0.92	0.13	0.04	125	M07
MS TT200	2000-2800	237	5500	151250	2.00 / 785	0.90	1.10	0.11	0.04	125	M07
MS TT250	800-1800	250	8000	320000	1.53 / 600	0.85	1.00	0.11	0.04	125	M07
MS TT252	2000-2400	283	7600	288800	1.50 / 785	0.80	0.70	0.11	0.04	125	M07
MS TT260	2000-2200	260	8000	320000	1.45 / 800	0.85	0.64	0.12	0.04	125	M07
MS TT261	2000-2400	261	8000	320000	1.45 / 800	0.85	0.64	0.12	0.04	125	M07
MS TT330	800-1800	305	8000	320000	1.40 / 750	0.84	0.58	0.105	0.04	125	M07
MS TT320	200-1800	320	8000	320000	1.32 / 600	0.84	0.45	0.12	0.04	135	M07
MS TZ430	1800-2400	430	12000	720000	1.78 / 1500	0.95	0.45	0.065	0.02	125	M12
MS TZ560	200-1800	560	14500	1051000	1.27 / 1000	0.80	0.38	0.072	0.024	140	M12
60mm Pressure Contact Base Plate
MS TT240	2000-4000	200	6000	180000	3.50 / 1000	1.563	2.141	0.065	0.02	125	M08
MS TT262	3000-4400	262	5000	125000	2.30 / 628	1.40	1.30	0.068	0.02	125	M08
MS TT310	2000-2600	310	9000	405000	2.22 / 1300	1.0	0.86	0.078	0.02	125	M08
MS TT321	3000-3600	321	5500	151000	2.20 / 785	1.15	0.80	0.068	0.02	125	M08
MS TT430	2000-2400	430	15000	1125000	1.78 / 1500	0.95	0.45	0.065	0.02	125	M08
MS TT510	1800-2200	432	15000	1125000	1.47 / 1500	0.95	0.45	0.065	0.02	125	M08
MS TT460	800-1800	442	15500	1201000	1.60 / 1400	0.88	0.45	0.066	0.02	130	M08
MS TT461	2000-2800	460	12000	720000	2.0 / 1600	1.1	0.552	0.05	0.02	125	M08
MS TT500	200-1800	500	17000	1445000	1.45 / 1500	1.01	0.25	0.061	0.02	125	M08
MS TT501	200-1600	508	17500	1531000	1.30 / 1500	0.90	0.26	0.064	0.02	125	M08
MS TT520	2000-2200	520	15400	1186000	1.50 / 1500	0.85	0.35	0.058	0.02	125	M08
MS TT540	200-1800	540	15000	1125000	1.40 / 1500	0.92	0.24	0.060	0.02	125	M08
MSTT600	800-1800	600	14000	980000	1.27 / 1500	0.80	0.23	0.058	0.02	125	M08
70mm Pressure Contact Base Plate
MS TZ740	2000-2200	819	26500	3511000	1.51 / 3000	0.82	0.17	0.042	0.015	125	M09
MS TZ800	400-1800	800	32000	5120000	1.55 / 3000	0.83	0.25	0.042	0.01	130	M09
77mm Pressure Contact Base Plate
MS TT740	2000-2400	740 / 77	24500	3001000	1.55 / 3140	0.91	0.21	0.050	0.016	125	M10

Type	VDSM, VDRM [V] VDSM=VDRM VRSM=VRRM+100V	ITAVM [A] @ Tc=85°C 180° Sine	ITSM [A] @ 10ms Tjmax	ʃ i²t [A²S] @ 10ms Tjmax	VT / IT [V / A] @ 25°C	VT(TO) [V] @ Tjmax	r T [mΩ] @ Tjmax	RthJC [°C / W] @ 180° Sine per chip	RthJC [°C / W] per chip	Tjmax [°C]	Outline Drg.
MS TD25	800-1800	25	480	1152	1.80 / 75	0.90	12.00	0.95	0.2	125	M05
MS TD40	800-1800	40	850	3612	1.95 / 200	1.00	4.50	0.69	0.2	125	M05
MS TD50	800-1800	50	1250	7812	1.65 / 200	0.90	3.50	0.60	0.2	125	M05
MS TD70	800-1800	70	1450	10512	1.85 / 250	0.90	3.50	0.38	0.2	125	M05
MS TD71	2000-2200	70	1450	10512	1.90 / 300	0.90	3.50	0.37	0.2	125	M05
MS TD95	800-1800	95	1750	15312	1.65 / 300	0.90	2.00	0.30	0.2	125	M05
MS TD106	800-1800	106	1900	18050	1.65 / 300	0.90	2.00	0.30	0.2	130	M05
MS TD119	200-1600	120	1900	18050	1.75 / 300	0.90	3.35	0.20	0.22	130	M05
34mm Solder Contact Base Plate
MS TD140	800-1800	140	4000	80000	1.47 / 450	0.90	1.15	0.22	0.06	125	M06
MS TD164	800-1800	164	4400	96800	1.53 / 500	0.85	0.95	0.20	0.06	125	M06
50mm Pressure Contact Base Plate
MS TD139	3000-3600	139	3200	51200	2.54 / 400	1.50	2.60	0.12	0.04	125	M07
MS TD169	3000-3600	169	4000	80000	2.60 / 600	1.20	2.30	0.11	0.04	125	M07
MS TD170	800-1800	170	5000	125000	1.65 / 600	0.95	1.00	0.17	0.04	125	M07
MS TD210	800-1800	210	5800	168000	1.65 / 700	1.00	0.85	0.13	0.04	125	M07
MS TD215	2000-2200	215	6300	198000	1.75 / 800	0.95	0.92	0.13	0.04	125	M07
MS TD200	2000-2800	237	5500	151250	2.00 / 785	0.90	1.10	0.11	0.04	125	M07
MS TD250	800-1800	250	8000	320000	1.53 / 600	0.85	1.00	0.11	0.04	125	M07
MS TD252	2000-2400	283	7600	288800	1.50 / 785	0.80	0.70	0.11	0.04	125	M07
MS TD260	2000-2200	260	8000	320000	1.45 / 800	0.85	0.64	0.12	0.04	125	M07
MS TD261	2000-2400	261	8000	320000	1.45 / 800	0.85	0.64	0.12	0.04	125	M07
MS TD330	800-1800	305	8000	320000	1.40 / 750	0.84	0.58	0.105	0.04	125	M07
MS TD320	200-1800	320	8000	320000	1.32 / 600	0.84	0.45	0.12	0.04	135	M07
60mm Pressure Contact Base Plate
MS TD240	2000-4000	200	6000	180000	3.50 / 1000	1.563	2.141	0.065	0.02	125	M08
MS TD262	3000-4400	262	5000	125000	2.30 / 628	1.40	1.30	0.068	0.02	125	M08
MS TD310	2000-2600	310	9000	405000	2.22 / 1300	1.0	0.86	0.078	0.02	125	M08
MS TD321	3000-3600	321	5500	151000	2.20 / 785	1.15	0.80	0.068	0.02	125	M08
MS TD430	2000-2400	430	15000	1125000	1.78 / 1500	0.95	0.45	0.065	0.02	125	M08
MS TD510	1800-2200	432	15000	1125000	1.47 / 1500	0.95	0.45	0.065	0.02	125	M08
MSTD460	800-1800	442	15500	1201000	1.60 / 1400	0.88	0.45	0.066	0.02	130	M08
MS TD461	2000-2800	460	12000	720000	2.0 / 1600	1.1	0.552	0.05	0.02	125	M08
MS TD500	200-1800	500	17000	1445000	1.45 / 1500	1.01	0.25	0.061	0.02	125	M08
MS TD501	200-1600	508	17500	1531000	1.30 / 1500	0.90	0.26	0.064	0.02	125	M08
MS TD520	2000-2200	520	15400	1186000	1.50 / 1500	0.85	0.35	0.058	0.02	125	M08
MS TD540	200-1800	540	15000	1125000	1.40 / 1500	0.92	0.24	0.060	0.02	125	M08
MS TD600	800-1800	600	14000	980000	1.27 / 1500	0.80	0.23	0.058	0.02	125	M08
77mm Pressure Contact Base Plate
MS TD740	2000-2400	740 / 77	24500	3001000	1.55 / 3140	0.91	0.21	0.050	0.016	125	M10

Welding

Welding is a fabrication process whereby two or more parts are fused together by means of heat, pressure or both forming a join as the parts cool. Welding equipment provides fast and reliable fusion of various metal parts and it is an integral part of almost all industries of manufacturing, construction, metallurgy, making metal structures, automotive, etc.

Power semiconductor devices are an integral part of all welding machines. The MS Power company produces power semiconductors for welding machines and robots.

Welding diodes produced by MS Power are used in resistance welding machines. Operation of diodes in welding machines is characterized by short-term cycles of current pulses leading to the heating of the semiconductor structure followed by its cooling. As a result, the devices are subjected to repeating cyclic thermomechanical stress. This dictates stringent requirements to the static and dynamic properties of devices.

IGBT modules manufactured by MS Power are widely used in welding inverters. This type of welding implies high frequencies. The required welding current is achieved by converting high-frequency currents.

It is also worth to mention the continuous development in sector of welding robots. These solutions, as a rule, are commonly used in heavy industry. The welded products are moved on a conveyor in front of the manipulator during the manufacturing process, and a precisely configured robot performs the welding with a high degree of accuracy. The speed and continuity of work allow to perform a large number of operations per minute, while the interface allows the operator to calibrate welds, control the movement of the axes and the torch according to a given virtual model.

Robots are used for welding small, compact parts and large massive workpieces of any shape made of metal, alloys, plastic and other materials.

Power semiconductors manufactured by MS Power meet the highest requirements for durability, quality and precision. This is especially important in the operating environment of welding equipment.

All manufacturing processes at MS Power are organized in strict accordance with the requirements of the quality management (ISO 9001).

Part Number	VRRM [V] VRSM=VRRM+50V	IFAVM [A] @ TC=85°C 180° Sine	IFSM [kA] @ 10ms Tjmax	ʃ i²t [A²S×10³] @ 10ms Tjmax	VF / IF [V / A] Tjmax	VF(TO) [V] @ Tjmax	r FT [mΩ] @ Tjmax	RthJC [°C / W] @ 180° Sine	Tjmax [°C]	Fig.No.
MS DW5100C	200-400	5100	52	13520	1.08 / 4000	0.76	0.070	0.0100	170	CD07
MS DW7110C	200-400	7110	55	15125	1.05 / 5000	0.74	0.026	0.0100	170	CD07
MS DW10500C	200-400	10500	70	24500	1.01 / 8000	0.81	0.026	0.0058	175	CD08
MS DW13501C	200-400	13500	85	36125	0.94 / 6000	0.76	0.021	0.0046	175	CD08

Generator

The industrial shift towards rotating power electronics (RPE) promotes brushless flexible rotor excitation, as well as battery-less rotor instrumentation and measurement devices for electrical machines. Recently, the high-power Diode converter has been proven to be excellent for rotating applications.

Large AC generators often have a small exciter-stator, in addition to the main stator. DC is applied to the exciter stator, to varying degree, thus producing variable AC output from the main stator. The rotor has two sections. The section inside the exciter-stator is an AC generator. This AC output will be rectified, thus providing current to a field winding, rotating within the main stator. Diodes are mounted to the rotor, to provide needed rectification.

Power semiconductors have various designs. MS Power makes semiconductor devices for rotating application in stud and disc housings.

Type	VRRM [V] VRSM=VRRM+100V	IFAVM [A] @Tc = 125°C 180° Sine	IFSM [A] @ 10ms Tjmax	ʃ i²t [A²S] @ 10ms Tjmax	VF / IF [ V / A ] Tjmax	VF(TO) [V] @Tjmax	rFT [mΩ] @Tjmax	RthJC [°C/W] @180°Sine	Tjmax [ °C]
MS D26N/R	1800	25	320	512	1.63/78	0.85	10.00	1.50	180
MS D72N/R	1600	70	1100	6050	1.32/220	0.77	2.00	0.40	180
MS D81N/R	1600	80	1500	11250	1.40/220	0.80	2.70	0.42	180
MS D136N/R	1800	130	2000	20000	1.53/520	0.85	1.30	0.35	180
MS D154N/R	1600	162	3600	64800	1.25/470	0.82	0.90	0.28	180
MS D607N/R	2700	180	10500	551000	1.44/1500	0.88	0.40	0.1	150
MS D301N/R	2400	278	6050	183000	1.45/942	0.90	0.59	0.14	180
MS D330N/R	1600	330	8250	340000	1.22/942	0.77	0.49	0.14	180
MS D606N/R	1600	430	13000	845000	1.44/1800	0.82	0.30	0.093	180
MS D844N/R	2700	630	20000	2000000	1.45/2500	0.78	0.25	0.068	175

Static Var Compensator (SVC)

The purpose of the Static Var Compensator (SVC) is to regulate and support the AC voltage and to minimize the over- and undervoltage that may occur during various faults and events in the network. Some examples demonstrate the ability to improve the power quality, e.g., due to disturbing loads such as arc furnaces, wind farms, traction loads, etc. Some SVC applications demonstrate the capability of the SVC to damp power system oscillations and to increase the power transmission capabilities of the AC system.

In fact, SVC should be the natural choice where the following qualities are required or desirable:

Rapid dynamic response
Ability for frequent variations in output
Output smoothly adjustable

Each in its own particular way, SVC offer benefits such as:

Grid voltage control under normal and contingency conditions
Fast response reactive power following contingencies
Preventing/reducing risk for voltage collapses in the grid
Preventing over-voltages at loss of load
Boosting voltage during under-voltage disturbances and faults
Damping active power oscillations

SVC can be built using a variety of designs. However, the controllable elements used in most systems are similar. The commonly used controllable elements are:

Thyristor-controlled reactor (TCR)
Thyristor-switched capacitors (TSC)
Thyristor-switched reactor (TSR)

SVC configuration : TCR/TCS/Harmonic filters

As TCR produces harmonics during operation, filters are required as parts of SVC design. When the SVC is required to safeguard power quality at the point of common connection in grids feeding heavy installations such as railways, steel plants and mining complexes, additional harmonic filters usually need to be included in the SVC scheme.

Power semiconductors have various designs. MS Power makes power semiconductor devices for SVC in disc housings.

Type	VDRM / VRRM (V)	ITAV (A)	Tc (°C)	VTM / ITM (V / A)	ITSM (A)	I²t (kA²s)	Tjm(°C)	Rth(j-c)(K/kW)	F(KN)	m(Kg)	Outline
MS PERI T400CZ65	6500	400	70	3.50 / 1000	4700	110	125	36.0	8 -- 12	0.260	D
MS PERI T350CZ65	6500	350	70	3.50 / 1000	4700	110	125	45.0	8 -- 12	0.350	X
MS PERI T790CZ18	1800	790	70	1.29 / 1000	11000	605	125	36.0	8 -- 12	0.260	D
MS PERI T860CZ65	6500	860	70	2.25 / 1000	15100	1140	125	17.0	18 -- 26	0.500	F
MS PERI T730CZ65	6500	730	70	2.25 / 1000	15100	1140	125	22.0	18 -- 26	0.650	G
MS PERI T1450CZ65	6500	1450	70	2.00 / 1500	31500	4961	125	11.0	45 -- 60	1.400	K
MS PERI T1540CZ65	6500	1540	70	2.00 / 1500	31500	4961	125	10.0	45 -- 60	1.000	H
MS PERI T1550CZ30	3000	1550	70	1.38 / 1500	23000	2645	125	17.0	18 -- 26	0.500	F
MS PERI T1691CZ18	1800	1691	70	1.25 / 2000	22000	2420	125	17.0	18 -- 26	0.500	F
MS PERI T1762CZ18	1800	1762	70	1.20 / 2000	26430	3493	125	17.0	18 -- 26	0.500	F
MS PERI T1800CZ65	6500	1800	70	1.88 / 1600	47500	11281	125	9.0	63 -- 84	2.000	M
MS PERI T2100CZ65	6500	2100	70	1.88 / 1600	47500	11281	125	7.0	63 -- 84	1.500	L
MS PERI T2237CZ42	4200	2237	70	1.48 / 2000	33500	5611	125	10.0	45 -- 60	1.000	H
MS PERI T2401CZ28	2800	2400	70	1.56 / 3000	36000	6840	125	10.0	45 -- 60	1.000	H
MS PERI T2830CZ65	6500	2830	70	1.97 / 3000	65000	21125	125	5.7	81 -- 108	2.800	N
MS PERI T3070CZ65	6500	3070	70	1.97 / 3000	65000	21125	125	5.0	81 -- 108	2.100	Q
MS PERI T6100CZ	1200-1800	6100	70	1.19 / 6000	94000	44180	125	5.0	90	2.10	Q
MS PERI T5580CZ	2200-2800	5580	70	1.29 / 6000	75000	28125	125	5.0	90	2.10	Q
MS PERI T5050CZ	3000-3300	5050	70	1.43 /6000	63000	19845	125	5.0	90	2.10	Q
MS PERI T4310CZ	3600-4200	4310	70	1.35 / 3000	60000	18000	125	5.0	90	2.10	Q
MS PERI T3910CZ	4800-5200	3910	70	1.52 / 3000	55000	15125	125	5.0	90	2.10	Q
MS PERI T3630CZ	5200-5600	3630	70	1.62 / 3000	51.0	13005	125	5.0	90	2.10	Q
MS PERI T2811CZ	5800-6500	2810	70	2.00 / 3000	45000	10125	125	5.7	90	2.90	N
MS PERI T2640CZ	6600-7200	2640	70	1.55 / 1500	40000	8000	115	5.7	90	2.90	N
MS PERI T2010CZ	7800-8500	2010	70	1.95 / 1500	35.0	6125	115	5.7	90	2.90	N
MS PERI T6750CZ	3000-3300	6750	70	1.20 / 5000	105000	55125	125	4.0	135	3.60	U
MS PERI T5580CZ	3800-4600	5580	70	1.40 / 5000	90000	40500	125	4.0	135	3.60	U
MS PERI T4750CZ	4800-5200	4750	70	1.47 / 5000	87000	37845	110	4.0	135	3.60	U
MS PERI T4140CZ	5200-5600	4140	70	1.38 / 3000	85200	36295	110	4.0	135	3.60	U
MS PERI T4250CZ	5800-6500	4250	70	1.71 / 3000	71400	25490	125	4.0	135	3.60	U
MS PERI T3001CZ	6600-7200	3000	53	1.85 / 3000	55000	15125	90	4.0	135	3.60	U
MS PERI T2680CZ	7800-8500	2680	53	2.13 / 3000	35.0	6125	90	4.0	135	3.60	U

Power Supplies

The efficient use of the planet’s energy resources depends not only on the methods of exploiting them, but also on the ways of storing the generated energy. Renewable energy technology continues to advance and grow in popularity. Also, the volume of the energy storage market is growing very fast. Electricity from renewable sources is generated in an uneven manner. For example, solar energy is mostly generated during the daytime, so it must be stored for later use.

Energy storage systems help to smooth out the difference between the peaks of power generation and periods of high grid load. Power storage systems can provide a strong boost to the efficiency of energy sources and optimize related costs. If necessary, they can even ensure complete autonomy.

Power semiconductors have been successfully used in a wide variety of solutions in this field Power supply and energy storage.

Uninterruptible power supplies (UPS) make a significant share of the energy storage industry. Such devices provide continuous power to connected equipment when the main power source becomes unavailable. The UPS also protects equipment from power surges, which is important for regions with unstable power supplies.

The industrial sector directly depends on the availability of uninterruptible power supplies. The constant power supply is must for Complex technological equipment of modern production. For many industrial enterprises, a power interruption for tenths of a second causes a disruption in the continuous technological process and a production shutdown.

Power semiconductor devices manufactured by MS Power are successfully used as components of uninterruptible power supplies, energy storage systems, voltage stabilizers, rectifiers for electroplating and electrolysis, etc.

Power semiconductor devices manufactured by MS Power meet all the requirements to durability, quality and precision. This is especially important for operation of power supply and energy storage systems.

MS Power has created a specialized laboratory of operational reliability that is mainly used to conduct classification and periodic tests, tests for reliability and to determine the ultimate useful life of the devices, allowing the company to produce high quality power semiconductor devices.

All manufacturing processes at MS Power are organized in strict accordance with the requirements of the quality management (ISO 9001).

Power semiconductors come in a variety of designs. MS Power produces multiple types of semiconductors for power supplies with electric drives in stud, disc and module designs.

Besides, MS Power offers wide customization opportunities, taking into account individual customer requirements for technical parameters, connections and appearance of devices. Please contact the sales department for advice.

Type	VRRM [V] VRSM=VRRM+100V	IFAVM [A] @ TC=125°C 180° Sine	IFSM [A] @ 10ms Tjmax	ʃ i²t[A²S] @ 10ms Tjmax	VF / IF [V / A] Tjmax	VF(TO) [V] @ Tjmax	rFT [mΩ] @ Tjmax	RthJC [°C / W] @ 180° Sine	Tjmax [°C]	Outline Drg.
MS D25N/R	200-1600	25	320	512	1.63 / 78	0.85	10.00	1.5	180	SD01
MS D26N/R	200-1600	25	320	512	1.63 / 78	0.85	10.00	1.5	180	SD02
MS D45N/R	200-1600	45	600	1800	1.60 / 150	0.85	5.00	0.85	180	SD03
MS D46N/R	200-1600	45	600	1800	1.60 / 150	0.85	5.00	0.85	180	SD04
MS D70N/R	200-1600	70	1000	5000	1.50 / 210	0.85	3.00	0.55	180	SD03
MS D71N/R	200-1600	70	1000	5000	1.50 / 210	0.85	3.00	0.55	180	SD04
MS D100N/R	200-1600	100	1500	11250	1.57 / 400	0.85	1.80	0.42	180	SD05
MS D130N/R	200-1600	130	2000	20000	1.53 / 520	0.85	1.30	0.35	180	SD05
MS D162N/R	200-1600	162	3600	64800	1.25 / 470	0.82	0.90	0.28	180	SD06
MS D214N/R	200-1600	214	4000	80000	1.25 / 630	0.85	0.60	0.22	180	SD06
MS D240N/R	200-1600	240	5000	125000	1.30 / 750	0.85	0.60	0.19	180	SD07
MS D270N/R	200-1600	270	4500	101000	1.28 / 785	0.76	0.56	0.18	180	SD06
MS D318N/R	200-1600	318	5200	135000	1.20 / 1000	0.75	0.40	0.16	180	SD06
MS D320N/R	200-1600	320	6500	211000	1.35 / 1000	0.77	0.57	0.14	180	SD08
MS D321N/R	200-1600	320	8000	320000	1.25 / 1000	0.80	0.45	0.15	180	SD09
MS D350N/R	200-1600	350	6000	180000	1.15 / 1050	0.77	0.36	0.145	180	SD10
MS D400N/R	200-1600	400	7000	245000	1.12 / 1050	0.75	0.35	0.125	180	SD11
MS D401N/R	200-1600	400	7000	245000	1.12 / 1050	0.75	0.35	0.125	180	SD12

Type	VRRM [V] VRSM=VRRM+100V	IFAVM [A] @ TC=120°C 180° Sine	IFSM [A] @ 10ms Tjmax	ʃ i²t [A²S]@ 10ms Tjmax	VF / IF [V / A] Tjmax	VF(TO) [V] @ Tjmax	r FT [mΩ] @ Tjmax	RthJC [°C / W] @ 180° Sine	Tjmax [°C]	Outline Drg.
MS D318N/R	200-2800	318	7500	281000	1.75/1260	0.80	0.67	0.094	160	SD14
MS D404N/R	200-1800	400	7500	281000	1.68 / 1260	0.80	0.68	0.086	170	SD13
MS D422N/R	3600	422	12000	720000	1.62 / 1800	0.90	0.39	0.072	160	SD15
MS D450N/R	200-1800	450	10500	551000	1.45 / 1350	0.75	0.46	0.088	170	SD13
MS D451N/R	200-1800	450	10500	551000	1.45 / 1350	0.75	0.46	0.088	170	SD14
MS D695N/R	200-1800	695	16000	1280000	1.48 / 2500	0.74	0.21	0.078	180	SD15

Type	VRRM [V] VRSM=VRRM+100V	IFAVM [A] @TC=85°C 180° Sine	IFSM [A] @ 10ms Tjmax	ʃ i²t [A²S] @ 10ms Tjmax	VF / IF [V / A] Tjmax	VF(TO) [V] @ Tjmax	r F [mΩ] @ Tjmax	RthJC [°C / W] @ 180° Sine	Tjmax [°C]	Outline Drg.
up to 1800V
MS D501C	200-1800	501	5000	125000	1.69 / 1500	0.7	0.66	0.112	170	CD01
MS D550C	200-1800	550	6000	180000	1.85 / 1600	0.75	0.64	0.09	170	CD01
MS D1108C	200-1800	1108	11000	605000	1.83 / 3000	0.78	0.35	0.045	160	CD02
MS D1540C	200 - 800	1540	16000	1280000	1.55 / 3000	0.75	0.25	0.04	190	CD02
MS D3425C	200 - 1600	3425	27500	3781000	0.97 / 2000	0.79	0.0877	.020	190	CD05
MS D3830C	200 - 1200	3830	44600	9946000	0.95 / 3000	0.65	0.068	0.013	150	CD11
MS D6720C	200-600	6720	55000	15125000	0.85 / 3000	0.645	0.044	0.0095	175	CD12
up to 3000V
MS D1105C	1800-2400	1105	7750	300000	1.75 / 1500	0.91	0.518	0.035	175	CD03
MS D1195C	2000-3000	1195	14000	980000	1.76 / 3000	0.78	0.29	0.038	160	CD04
MS D1201C	1800-2400	1200	8500	361000	1.55 / 1500	0.83	0.44	0.035	175	CD03
MS D1320C	2000-2500	1320	13000	845000	2.12 / 3770	0.87	0.33	0.035	175	CD02
MS D1570C	2000-2600	1570	13000	845000	1.06 / 1500	0.68	0.247	0.035	175	CD04
MS D1598C	2000-2900	1598	17900	1602000	1.30 / 1800	0.85	0.26	0.03	175	CD04
MS D2485C	800-2400	2485	28000	3920000	1.27 / 2900	0.8	0.165	0.02	175	CD05
MS D2645C	2400-3000	2645	30500	4651000	1.30 / 2900	0.87	0.127	0.02	175	CD05
MS D2865C	200 - 2600	2865	31000	4805000	1.41 / 4000	0.76	0.16	0.0175	180	CD05
MS D3454C	2200-2600	3454	35300	6230000	1.20 / 2900	0.8	0.11	0.015	175	CD05
MS D3875C	1600-2200	3875	42200	8904000	1.20 / 3000	0.79	0.086	0.0143	175	CD10
MS D3950C	1800-2600	3950	28600	4090000	1.10 / 1500	0.912	0.0885	0.0128	175	CD06
MS D3970C	1000-2400	3970	36500	6661000	1.10 / 3000	0.66	0.11	0.013	175	CD11
MS D4250C	2000 - 2400	4250	53000	14045000	1.19 / 4000	0.88	0.079	0.009	150	CD10
MS D4502C	2000-2500	4502	45000	10125000	0.90 / 2000	0.7	0.1	0.011	175	CD10
MS D5170C	1800-2400	5170	91500	41861000	0.95 / 4000	0.661	0.0659	0.0115	175	CD13
MS D5850C	1800-2400	5850	103700	53768000	0.95 / 4000	0.661	0.0659	0.0095	175	CD12
MS D6680C	1800-2600	6680	70000	24500000	1.01 / 3000	0.72	0.065	0.0075	175	CD12
up to 6500V
MS D820C	4400-5200	820	7000	245000	1.94 / 1500	1	0.62	0.035	150	CD04
MS D1070C	3000-4400	1070	11000	605000	2.35 / 2400	0.98	0.57	0.028	160	CD04
MS D1305C	6000-6500	1305	15250	1163000	1.61 / 1500	0.793	0.521	0.02	150	CD05
MS D1451C	4600-5400	1451	14600	1066000	2.04 / 3000	1.07	0.323	0.02	150	CD05
MS D2070C	3200-4400	2070	26000	3380000	1.70 / 3000	0.88	0.245	0.017	160	CD05
MS D2315C	4600-5400	2315	21800	2376000	2.0 / 5000	0.96	0.207	0.013	150	CD11
MS D2500C	5600-6500	2500	61000	18605000	1.55 / 3000	0.79	0.238	0.0115	150	CD13
MS D2940C	2600-4200	2940	25500	3251000	1.40 / 5000	0.74	0.132	0.013	150	CD11
MS D3095C	3200-4800	3095	28000	3920000	1.90 / 4000	0.996	0.222	0.009	160	CD09
MS D3360C	2400-3400	3360	36500	6661000	1.30 / 3000	0.82	0.128	0.0143	175	CD10
MS D3860C	4000-4500	3860	65500	21451000	1.35 / 4000	0.75	0.133	0.0115	175	CD13
MS D4161C	4300-5000	4161	46000	10580000	1.65 / 4000	1.02	0.12	0.008	160	CD12
MS D4780C	2200-3200	4780	62500	19531000	1.00 / 2000	0.786	0.0997	0.0095	175	CD12
MS D5390C	5000-5600	5390	58000	16820000	1.70 / 6000	1.027	0.11	0.0055	160	CD12

Type	VDRM, VRRM [V] VDSM=VDRM VRSM=VRRM+100V	IDRM, IRRM [mA] Tjmax	ITAVM [A] @ Tc=85°C 180° Sine	ITSM [A] @ 10ms Tjmax	ʃ i²t [A²S] @ 10ms Tjmax	VT / IT [V / A] Tjmax	VT(TO) [V] @ Tjmax	r T [mΩ] @ Tjmax	Igt [mA]	RthJC [°C / W] @ 180° Sine	Tjmax [°C]	Outline Drg.
MS T30S	200-1600	10	30	500	1250	1.69 / 100	0.95	6.40	100	0.93	125	ST01
MS T31S	200-1600	10	30	500	1250	1.69 / 100	0.95	6.40	100	0.93	125	ST02
MS T45S	200-1600	10	45	900	4050	1.71 / 140	1.00	5.00	150	0.56	125	ST03
MS T46S	200-1600	10	45	900	4050	1.71 / 140	1.00	5.00	150	0.56	125	ST04
MS T55S	200-1600	10	55	1000	5000	1.95 / 200	0.95	4.70	150	0.45	125	ST03
MS T56S	200-1600	10	55	1000	5000	1.95 / 200	0.95	4.70	150	0.45	125	ST04
MS T85S	200-1600	30	85	1250	7812	1.98 / 270	1.20	2.60	150	0.27	125	ST05
MS T100S	200-1600	25	100	1800	16200	2.00 / 392	1.20	1.90	150	0.24	125	ST05
MS T122S	200-1600	25	121	2200	24200	1.80 / 470	0.90	1.80	150	0.23	125	ST05
MS T174S	200-1600	50	175	4000	80000	1.75 / 550	1.03	1.30	200	0.14	125	ST06
MS T175S	200-1600	50	175	4600	105800	1.75 / 550	1.03	1.30	200	0.14	125	ST07
MS T250S	200-1600	50	250	6000	180000	1.70 / 785	0.92	0.87	200	0.11	125	ST07
MS T285S	200-800	50	285	7850	308000	1.35 / 900	0.88	0.47	200	0.115	125	ST07
MS T350S	200-1600	80	350	8000	320000	1.65 / 1100	0.85	0.50	200	0.088	125	ST08
MS T351S	200-1600	80	350	8000	320000	1.65 / 1100	0.85	0.50	200	0.088	125	ST09
MS T356S	200-1800	80	350	8000	320000	1.65 / 1100	0.85	0.50	200	0.088	125	ST09
MS T415S	200-1600	80	415	12000	720000	1.60 / 1600	0.90	0.35	200	0.076	125	ST08

Type	VDRM, VRRM [V] VDSM=VDRM VRSM=VRRM+100V	IDRM, IRRM [mA] Tjmax	ITAVM [A] @ Tc=70°C 180° Sine	ITSM [kA] @ 10ms Tjmax	ʃ i²t [A²S×10³] @ 10ms Tjmax	VT / IT [V / A] Tjmax	VT(TO) [V] @ Tjmax	r T [mΩ] @ Tjmax	Igt [mA]	RthJC [°C / W] @ 180° Sine	Tjmax [°C]	Outline Drg.
up to 1800V
MS T410C	200-1800	50	410	6.8	231	1.85 / 1000	1.05	0.8	150	0.072	125	CT 01
MS T630C	200-1800	50	630	8	320	1.92 / 1600	0.8	0.6	150	0.05	125	CT 02
MS T722C	200-1800	50	722	8	320	2.15 / 2400	0.8	0.5	200	0.045	125	CT 03
MS T770C	200-1800	50	770	11.5	661	1.73 / 1500	0.88	0.5	200	0.035	125	CT 03
MS T780C	200-1800	50	780	9	405	1.96 / 1800	0.91	0.58	150	0.035	125	CT 02
MS T894C	200-1800	50	894	13	845	2.00 / 3000	0.85	0.35	250	0.038	125	CT 04
MS T1194C	200-1800	100	1194	17.5	1531	2.02 / 3700	0.85	0.32	250	0.028	130	CT 04
MS T1395C	200-1800	150	1395	22	2420	1.55 / 3000	0.84	0.195	250	0.026	125	CT 06
MS T1525C	200-1800	70	1525	26	3380	1.65 / 3600	0.95	0.18	250	0.022	125	CT 06
MS T1535C	200-600	80	1535	20	2000	1.40 / 3000	1	0.1	200	0.033	140	CT 05
MS T2095C	200-1800	70	2095	36	6480	1.45 / 3000	0.82	0.18	250	0.015	125	CT 06
MS T2505C	1000-1800	100	2505	45	10125	1.65 / 5000	0.9	0.15	250	0.012	125	CT 08
MS T2635C	1400-1800	150	2635	36	6480	1.30 / 3000	0.735	0.163	200	0.011	125	CT 08
MS T2835C	200-800	100	2835	36	6480	1.52 / 6000	0.8	0.12	200	0.015	140	CT 06
MS T3015C	400-1800	250	3015	60	18000	1.23 / 3000	0.9	0.11	250	0.01	125	CT 10
MS T3100C	200-600	150	3100	44.5	9901	1.00 / 3000	0.69	0.087	250	0.012	125	CT 11
MS T3245C	200-800	200	3245	33.5	5611	1.00 / 1500	0.722	0.088	200	0.015	140	CT 07
MS T3250C	400-1600	150	3250	58.5	17111	1.05 / 2000	0.826	0.107	250	0.01	125	CT 11
MS T3502C	400-1600	150	3502	40.5	8201	1.25 / 3000	0.776	0.0889	250	0.01	125	CT 10
MS T3604C	200-600	150	3604	44.5	9901	1.00 / 3000	0.69	0.087	250	0.01	125	CT 10
up to 3000V
MS T550C	200-2400	30	550	9.2	423	1.34 / 625	0.99	0.47	150	0.06	125	CT 04
MS T710C	2000-2400	50	710	7.5	281	2.16 / 1650	0.95	0.72	150	0.035	125	CT 02
MS T775C	1800-2400	30	775	9.6	461	1.35 / 625	0.97	0.48	150	0.035	125	CT 03
MS T778C	1800-2400	30	778	11	605	1.35 / 625	0.97	0.48	150	0.035	125	CT 04
MS T1385C	2000-2400	45	1385	21	2205	1.70 / 3000	0.879	0.227	250	0.024	125	CT 06
MS T1436C	2400-3000	100	1436	23	2645	1.90 / 2550	1.00	0.342	250	0.017	125	CT 06
MS T1470C	2000-3000	100	1470	23	2645	1.78 / 3000	0.97	0.27	300	0.019	125	CT 06
MS T1554C	2000-2800	150	1554	23.6	2785	1.55 / 2000	1.02	0.265	250	0.0173	125	CT 06
MS T1715C	2000-2800	70	1715	30	4500	2.0 / 3000	0.97	0.27	250	0.015	125	CT 06
MS T1855C	2000-2800	250	1855	30	4500	1.77 / 3000	1.02	0.25	200	0.0125	125	CT 08
MS T1930C	2000-2400	100	1930	25	3125	1.60 / 3000	0.89	0.21	200	0.015	125	CT 09
MS T2230C	2000-2200	100	2230	37	6845	1.30 / 3000	0.719	0.167	200	0.015	125	CT 09
MS T2300C	2200-2500	150	2300	32	5120	1.25 / 2000	0.868	0.17	200	0.012	125	CT 11
MS T2485C	2400-3000	200	2485	38	7220	1.60 / 3000	0.78	0.274	250	0.009	125	CT 11
MS T2570C	2000-2800	200	2570	38	7220	1.75 / 5000	0.85	0.2	300	0.01	125	CT 08
MS T2605C	1200-2100	70	2605	67.5	22781	1.35 / 3000	0.95	0.123	200	0.012	125	CT 11
MS T2945C	2400-2800	250	2945	40	8000	1.38 / 1800	1.05	0.154	250	0.0085	125	CT 10
MS T3472C	2000-2200	250	3472	50	12500	1.25 / 3000	0.9	0.112	250	0.0085	125	CT 10
MS T4050C	2000-2200	200	4050	60	18000	1.10 / 2000	0.92	0.09	300	0.0075	125	CT 10
up to 4500V
MS T951C	3000-4500	100	951	13.5	911	2.85 / 2000	1.1	0.75	250	0.02	125	CT 06
MS T1352C	2800-3600	100	1352	20	2000	2.55 / 2900	1.2	0.45	250	0.015	125	CT 06
MS T1390C	3600-4400	250	1390	37	6845	1.86 / 1500	1.262	0.397	200	0.015	125	CT 09
MS T1651C	3600-4500	200	1650	39	7605	1.85 / 2000	1.033	0.358	250	0.012	125	CT 11
MS T1710C	3200-4400	200	1710	21	2205	1.45 / 1500	0.881	0.374	250	0.013	125	CT 08
MS T1804C	3000-3700	150	1800	27	3645	1.71 / 2000	1.113	0.278	200	0.012	125	CT 11
MS T1940C	3000-4200	200	1940	29	4205	1.87 / 3000	1.08	0.265	250	0.0101	125	CT 08
MS T2115C	4000-4500	250	2115	32	5120	1.70 / 2000	1.13	0.275	200	0.01	125	CT 10
MS T2374C	3000-3600	250	2374	32	5120	1.85 / 2000	1.2	0.325	300	0.0075	125	CT 10
up to 6500V
MS T435C	5500-6500	100	435	6.6	218	2.45 / 800	1.108	1.647	350	0.038	125	CT 04
MS T475C	3600-4800	50	475	7.5	281	3.85 / 1500	1.4	1.7	250	0.034	125	CT 04
MS T805C	5000-6500	200	805	12	720	3.1 / 2000	1.185	0.947	350	0.021	125	CT 06
MS T1102C	6000-6500	150	1102	11.5	661	2.80 / 2000	1.06	0.837	200	0.015	125	CT 09
MS T1250C	6000-6500	400	1250	21	2205	2.70 / 2000	1.153	0.0744	250	0.013	125	CT 11