Russian Standard Electric Motor 3-Phase Asynchronous Motors for Metallurgical and Hoisting

• Customization: Available
• Application: Industrial, Universal, Household Appliances, Power Tools, Car
• Operating Speed: High Speed
• Model NO.: MTH/MTKH
• Number of Stator: Three-Phase
• Species: Explosion-Proof Three-Phase
• Rotor Structure: -
• Casing Protection: Closed Type
• Number of Poles: -
• Starting Mode: Auto-induction Voltage-reduced Starting
• Certification: ISO9001, CCC
• Brand: Hzpt
• Transport Package: Wooden Box
• Specification: Customize
• Trademark: hzpt
• Origin: China
• HS Code: 8501400000
• Production Capacity: 5000PCS/Week
• Package Size: 0.00cm * 0.00cm * 0.00cm
• Package Gross Weight: 0.000kg

Product Description

Russian Standard Electric Motor 3-phase asynchronous motors for metallurgical and hoisting

Product Description

Technical Data

1) Rated voltage 220/380V for MTH/MTKH01~41,MTH/MTKH132,225 Rated voltage 380V for MTH/MTKH200,MTH280,MTH400/71 Rated frequency is 50Hz.
2) Cooling mode is IC411; duty S3-40%.
3) The technical data is seen in tables 1~4.

MTH/MTKH series 3-phase asynchronous motors of cranes and metallurgical, designed specifically for Russian clients. The standard range of power output and mounting dimensions are in compliance with the Russian standard.

This series of wound rotor and squirrel cage rotor three-phase asynchronous motors for hoisting and metallurgy are used for electric drive of various types of hoisting machinery and other similar equipment. They have high overload capacity and mechanical strength. They are suitable for equipment with a short-time or intermittent periodic working system, frequent starting, braking and significant vibration and impact. The insulation level is divided into F and h, and the two motors have the same parameters. The main technical performance of the three-phase asynchronous motor for hoisting and metallurgy has reached the advanced level of similar products in China.

This series of motors has the advantages of low noise, small vibration, reliable structure and beautiful appearance.

Table 1

TYPE	POWER (kW)	CURR. (A)	SPEED (r/min)	EFF. (%)	POWER FACTOR	Tmax/Tn	ROTOR (V)	ROTOR (A)	kg·m²	WEIGHT (kg)
MTH 011-6	1.4	8/4.6	861	64.6	0.67	2.5	114	10.5	0.021	58
MTH 012-6	2.2	11.4/6.6	876	69	0.7	2.5	138	12.7 .02	06	63
MTH 111-6	3.5	16.6/9.6	912	75	0.73	2.5	177	14.7	0.058	93
MTH 112-6	5	22.3/12.9	924	77.9	0.75	2.5	205	17.5	0.065	102
MTH 211-6	7.5	30.6/17.1	937	80	0.79	2.5	235	22.4	0.118	132
MTH 311-6	11	44.5/25.7	950	82	0.78	2.8	168	44.8	0.375	193
MTH 312-6	15	57.6/33.3	957	84	0.81	2.8	216	46.5	0.395	212
MTH 311-8	7.5	32.5/18.8	701	78	0.76	2.5	250	21.3	0.375	194
MTH 312-8	11	45.7/26.4	707	81	0.77	2.5	173	43.9	0.395	210
MTH 200LA-6	22	47	965	85	0.8	2.8	233	62	0.63	295
MTH 200LB-6	30	65	970	85	0.8	2.8	244	79	0.81	318
MTH 200LA-8	15	38.5	705	83	0.76	2.8	208	49	0.63	292
MTH 200LB-8	22	50	713	83	0.76	2.8	240	57	0.81	320
MTH 411-6	22	79.6/46	966	87	0.82	2.8	232	61	0.66	332
MTH 412-6	30	107/61.8	970	88	0.82	2.8	252	76	0.83	356
MTH 411-8	15	61.8/35.7	712	84	0.75	2.8	208	48	0.66	335
MTH 412-8	22	84.3/48.7	718	86	0.79	2.8	242	59	0.83	365
MTH 280S-6	75	148	977	90.5	0.83	2.8	276	167	3.28	680
MTH 280M-8	75	150	734	90	0.84	2.8	289	163	6.12	790
MTH 280L-8	90	185	735	90	0.82	2.8	350	160	7.21	898
MTH 280S-10	45	100	583	87	0.76	2.8	183	156	3.95	667
MTH 280M-10	60	134	586	88	0.76	2.8	257	147	5.53	790
MTH 280L-10	75	165	587	89	0.76	2.8	321	146	7.1	899
MTH 400S-8	132	259	735	93	0.81	2.8	249	327	14.9	1620
MTH 400M-8	160	308	737	93	0.81	2.8	308	320	17.8	1790
MTH 400L-8	200	381	738	93	0.81	2.8	381	321	21.2	2020
MTH 400S-10	110	233	588	90	0.79	2.8	249	268	14	1626
MTH 400M-10	132	280	589	91	0.79	2.8	303	263	17.9	1804
MTH 400L-10	160	340	591	91	0.79	2.8	392	245	22.3	2060

Table 2

TYPE	POWER (kW)	CURR. (A)	SPEED (r/min)	EFF. (%)	POWER FACTOR (cosφ)	Tmax/Tn	ROTOR (V)	ROTOR (A)	kg·m²	WEIGHT (kg)
MTH 132LA-6	5.5	24.4/14	918	77	0.74	2.5	217	18.1	0.055	118
MTH 132LB-6	7.5	31.5/18.2	926	77	0.74	2.5	271	19.2	0.069	127
MTH 225M-6	37	128.7/74.3	966	88	0.88	2.8	219	109	1.34	400
MTH 225L-6	55	184.1/106.3	973	88.2	0.88	2.8	330	106	1.82	475
MTH 225M-8	30	120.2/69.4	723	87	0.74	2.8	231	83.7	1.34	388
MTH 225L-8	37	144.3/83.3	726	88	0.76	2.8	298	79.2	1.58	451
MTH 711-10	110	233	588	90	0.79	2.8	249	268	14	1656
MTH 712-10	132	280	589	91	0.79	2.8	303	263	17.9	1826
MTH 713-10	160	340	591	91	0.79	2.8	392	245	22.3	2050

Table 3

TYPE	POWER (kW)	CURR. (A)	SPEED (r/min)	EFF. (%)	POWER FACTOR (cosφ)	Tmax/Tn	Iloc/Tn	Iloc/In	kg·m²	WEIGHT (kg)
MTKH 011-6	1.4	7.4/4.3	920	67	0.7	2.5	2.2	4.5	0.021	46
MTKH 012-6	2.2	10.7/6.2	920	68	0.72	2.5	2.2	5	0.027	50
MTKH 111-6	3.5	16.3/9.4	918	75	0.75	2.5	2.2	5	0.055	77
MTKH 112-6	5	22.3/13	922	75	0.75	2.5	2.2	5	0.057	83
MTKH 211-6	7.5	29/17	925	78	0.82	2.3	2.3	5	0.105	115
MTKH 311-6	11	42/24.3	942	81	0.84	2.3	2.3	5	0.133	162
MTKH 312-6	15	55/32.2	940	82	0.85	2.3	2.3	5	0.15	182
MTKH 311-8	7.5	32/18.6	695	77	0.78	2.3	2.3	5	0.165	168
MTKH 312-8	11	45.7/26.4	691	79	0.79	2.3	2.3	5	0.177	183
MTKH 200LA-6	22	45	930	84	0.85	2.5	2.5	6.5	0.415	260
MTKH 200LB-6	30	61	930	84	0.85	2.5	2.5	6.5	0.45	287
MTKH 200LA-8	15	34	696	82	0.8	2.5	2.5	5.5	0.415	252
MTKH 200LB-8	22	50	697	82	0.8	2.5	2.5	5.5	0.45	277
MTKH 411-6	22	78/45	939	84	0.85	2.5	2.5	6.5	0.625	295
MTKH 412-6	30	108/62	930	83	0.85	2.5	2.5	6.5	0.675	325
MTKH 411-8	15	59/34	705	81	0.8	2.5	2.5	5.5	0.625	282
MTKH 412-8	22	89/51	695	82	0.8	2.5	2.5	5.5	0.675	326
MTKH 280S-10	45	99	582	88	0.77	2.5	2.3	6.5	3.73	480
MTKH 280M-10	60	128	583	89	0.77	2.5	2.3	6.5	5.12	588
MTKH 280L-10	75	161	584	89	0.77	2.5	2.3	6.5	6.51	720

Table 4

TYPE	POWER (kW)	CURR. (A)	SPEED (r/min)	EFF. (%)	POWER FACTOR (cosφ)	Tmax/Tn	Iloc/Tn	Iloc/In	kg·m²	WEIGHT (kg)
MTKH 132LA-6	5.5	24.4/14.0	906	75	0.75	2.5	2.2	5	0.054	90
MTKH 132LB-6	7.5	31.5/18.2	903	75	0.75	2.5	2.2	5	0.068	102
MTKH 225M-6	37	80	938	84	0.84	2.5	2.6	7	0.85	321
MTKH 225L-6	55	118	943	84	0.84	2.5	2.8	7	1.31	434
MTKH 225M-8	30	74	713	83	0.74	2.5	2.5	6.5	0.92	324
MTKH 225L-8	37	90	715	84	0.74	2.5	2.5	6.5	1.15	396

Assembling & external dimensions

(Frame with foot, endshield without flange)
(Frame with foot, endshield without flange)

(Frame with foot, endshield without flange)

Applications:

1. Oil and Gas Industry:

Onshore and Offshore Drilling Platforms: Powering mud pumps, drilling winches, and large circulating fans in explosive environments.

Refineries and Petrochemical Plants: Powering pumps that transport crude oil, gasoline, and other hydrocarbons, as well as agitators and compressors in chemical reactors.

Pipeline Transportation: Operating mainline pumps and booster pumps at pumping stations along oil and gas pipelines.

2. Mining and Mineral Extraction:

Underground Coal Mines: Powering coal cutters, conveyor systems, mine ventilation fans, and drainage pumps in environments containing methane and coal dust.

Potash Mines: Powering machinery in environments with explosive dust.

3. Chemical and Pharmaceutical Industry:

Chemical Processing Plants: Operating agitators, reactors, and centrifuges that handle volatile solvents and flammable compounds.

Spray Drying and Powder Processing: Powering equipment in areas that generate combustible powders and dust (e.g., pharmaceutical raw materials, food, chemicals).

4. Grain Handling and Food Processing:

Flour Mills and Grain Silos: Driving conveyors, elevators, and grinding equipment in areas where highly flammable grain dust can be generated and potentially explosive atmospheres can be created.

5. Heavy Industry and Material Handling:

Metallurgical Plants: Operating overhead cranes, ladle elevators, and loading machines in areas where flammable fumes or dust are present.

Paint and Coating Manufacturing: Driving agitators and mixers in environments where flammable solvent vapors are present.

We also provide gearboxes for crane hoists.

 

 

Customer reviews

 

"We integrated these motors into the crane system at the Magnitogorsk metallurgical plant. They performed exceptionally well under continuous loads and in dusty, explosive environments. We experienced no failures during over 18 months of 24/7 operation, which is a record for us." -Chief Engineer, a large Russian metallurgical complex "As a mining hoist system integrator, reliability is paramount. The robust certification (EAC Ex) and built-in safety features of these motors made compliance and commissioning much smoother. The technical support provided by the manufacturer was also top-notch." -Project Manager, Industrial Hoisting Solutions Ltd. "Detailed documentation and full compliance with regulations made customs clearance very smooth. The motors arrived on time and can directly replace our previous equipment. Improved energy efficiency has also resulted in significant cost savings." -Purchasing Director, Central Asia Mining Group

 

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Company Profile

Hangzhou Xinlan Motor Manufacturing Co., Ltd. is a professional R&D and manufacturing enterprise of small motors with over 60 years of history. It was a key enterprise designated by the former Ministry of Machinery Industry for the production of three-phase asynchronous motors. The company is a "Contract-Abiding and Creditworthy" unit in Shanxi Province and was named one of China's most promising power brand enterprises in 2013. Its products are exported to many countries in Europe, Asia, and America.
In May 2014, the company completed its overall relocation and renovation, with an equipment investment of 500 million RMB and a load capacity of 1 billion RMB. Its type testing capability (direct load method) reaches 3000kW. The company adheres to a development path focused on quality and efficiency, establishing a quality management system according to ISO9001 standards and passing the certification of the China Quality Certification Center (CQC). It has also passed ISO14001 environmental management system, ISO45001 occupational health and safety management system, and ISO5001 energy management system certifications. The company's management system framework is now largely complete.
The company is a national high-tech enterprise and a green factory enterprise, possessing a provincial-level enterprise technology center and having established sound industry-university-research cooperation with domestic electrical engineering research institutes and universities. Currently, it actively implements national energy conservation and emission reduction policies, adheres to green and high-quality development, continuously increases investment in technological innovation and product R&D, actively builds its core competitiveness, and strives to provide users with better products and services. The company is a major developer of several national-level replacement products, including the Y3, YE3, YE4, YR3, and YZR3 series. It is a council member of the Small and Medium-sized Motors Branch of the China Electrical Equipment Industry Association, and a member of the National Rotating Electrical Machines Standardization Committee and the Lifting and Shielded Motors Subcommittee. It has participated in the formulation and revision of more than 40 national and industry product technical standards, possessing multiple independent intellectual property rights, with 63 currently authorized valid patents, including 7 invention patents. In 2019, the company won the first prize of the China Machinery Industry Science and Technology Progress Award. In 2021, the company's intellectual property management system completed its recertification audit and obtained a new certification.

The company's main products include: YE3, YE4, YE5 (IP55), YE3 (IP23) series high-efficiency energy-saving motors; YBX3, YBX4, YBX5 series high and low voltage high-efficiency explosion-proof motors; YKQ, YKE3, YKP series screw air compressor motors; TVF, TYB series screw air compressor motors and permanent magnet synchronous motors for fans and water pumps; YPE, YTS series variable frequency speed control motors; YX, YXKK, YR, YRKK, YSPKK series high-voltage high-efficiency variable frequency motors and high power density high-voltage motors; YR3, CRS series wound screw motors; YZR, YZ, YZP series hoisting and metallurgical motors; YG, YGP series screw winding and screw winding variable frequency motors.