Product Ranges
Wound Rotor TEAAC IC611 High Voltage Induction AC Motor
Wound Rotor TEAAC IC611 High Voltage Induction AC Motor, the protection level of this series of motors is IP44,IP54 or IP55, the cooling method is IC611, the insulation level is F, and the highest voltage is 11 KV.
TEAAC large air-cooled horizontal three-phase asynchronous high-voltage motor is a wound rotor, air-to-air cooling enclosed high-voltage asynchronous motor. It is one of the new wound rotor series motors and can be used to replace the old wound rotor three-phase asynchronous motors. The basic series motors have a protection level of IP23 and a cooling method of IC01. Based on this, motors with various protection levels and cooling methods can be derived, such as air-water cooling, climate protection, air-to-air cooling and other series motors.
The wound rotor high voltage motor can be used to drive various general-purpose machinery such as compressors, water pumps, crushers, cutting machine tools, transportation machinery and other mechanical equipment, and are used as prime movers in various industrial and mining enterprises such as mines, machinery industry, petrochemical industry, power plants, etc. When ordering electric motors used to drive blowers, coal mills, rolling mills, and winches, the purpose and technical requirements should be specified, and special designs should be used to ensure reliable operation.
Frame Size
H315-1000
Output
160 -10000 KW
Frequency
50 OR 60 Hz
Voltage
3000V-11000 V
Pole
2/4/6/8/10/12
Enclosure
IP44,IP54 OR IP55
Cooling
IC611
Mounting
foot-IMB3/IM1001;vertical-IMV1/IM3011
We offer customized solutions to meet your specific voltage requirements
Nominal voltage at 50 Hz
3.000 V, 3.300 V, 5.000 V, 5.500 V/ 6.000 V, 6.300 V, 6.600 V, 10.000 V, 10.500 V, 11.000 V
Nominal voltage at 60 Hz
2.300 V, 4.160 V, 6.000 V, 6.600 V, 7.200 V, 11.000 V
- Box-type structure, light weight and good rigidity.
- Vacuum Pressure Impregnation (VPI) Class F Solvent-free Paint Treatment
- Closed cage rotor three-phase asynchronous motor.
- The loss is reduced by 20% based on the IEC34-1 standard
- Select high-quality steel to weld into an integral square box
- Low loss silicon steel sheet
- When the rotor adopts copper cage rotor, the bars and end rings are welded by medium frequency welding.
- The bearing adopts end cover type spherical sliding bearing.
- Anti-corona coil design
This product is available in several variations. Contact us to discuss your exact requirements.
Customize Your Motors
We can customize the motor for you according to your working conditions.
- Corona protection at altitudes of 1000 meters and above
- IP55 Protection
- Double shaft
- SKF bearings
- W outdoor, F indoor anti-corrosion, WF outdoor anti-corrosion
- YTM
- Frame size is above H630
- Frame Size: H500 with thrust sliding bearing
- The motor with electric heater
- The motor with Current Transformer
Notice for Ordering
Basic conditions for normal operation of Wound Rotor TEAAC IC611 High Voltage Induction AC Motor:
- Altitude not exceeding 1000m
- The maximum ambient air temperature shall not exceed 40°C; the minimum ambient air temperature shall be -15°C for motors with rolling bearings and 5°C for motors with sliding bearings;
- The power frequency is 50Hz±l%
- The operating voltage variation range is not greater than the rated voltage ±5%
- The motor is rated for continuous duty S1
Applications
The Industrial Fan
A industrial fan is a machine that relies on input mechanical energy to increase gas pressure and discharge gas. It is a driven fluid machine.
The Water Pumps
A water pump is a machine that transports liquids or pressurizes liquids. It is mainly used to transport liquids including water, oil, acid and alkali liquids, emulsions, suspensions and liquid metals.
The Mining Machines
Mining machinery is the machinery directly used for mineral mining and mineral separation, including mining machinery and mineral separation machinery.
The Paper making Machinery
Paper making machinery refers to machinery that includes raw material preparation, pulping, paper making, and making finished rolls or flat sheets, as well as processing paper and paperboard.
The Chemical Machinery
Chemical machinery can be roughly divided into: grinding series (sand mill, colloid mill, ball mill, three-roller grinder, etc.); complete sets of coating equipment; kneading series; stirring and dispersing series; reaction series; emulsifying series; mixing series; dry powder mortar equipment; filtration series, etc.
Advantages
High Power Efficiency
Fast Delivery
Wide range of applications
Complete range of motors
Key Points You Need To Know About the High Voltage AC Induction Motor
Table of Content
CHAPTER ONE
Advantages of high voltage wound rotor three-phase asynchronous motors
High-voltage wound rotor three-phase asynchronous motors (usually referred to as Y series motors) have many advantages that make them widely favored in industrial and commercial applications:
High power density: This type of motor can provide large power output at a relatively small size and weight, suitable for applications with limited space or requiring high power density.
High reliability: Asynchronous motors have simple structure, high mechanical strength, good durability, and can operate stably for a long time, reducing downtime and maintenance costs caused by mechanical failures.
Large starting torque: Especially for high-voltage wound rotor motors, their starting torque capacity is strong, and they can drive heavy-loaded equipment with large starting inertia, such as large pumps and fans.
Stable operation: Provides stable speed and operating characteristics, suitable for applications that require * control and continuous operation, such as mechanical transmission systems and process production equipment.
Strong adaptability: It can adapt to different working environments and working conditions, including harsh environments such as high temperature, humidity, and dust, and is widely used in various industrial fields.
High efficiency: High-voltage winding motors can usually achieve a higher efficiency level, meet the requirements of energy conservation and environmental protection, and reduce energy consumption costs.
Low maintenance cost: Due to its simple structure and reliable operation, the maintenance and maintenance costs are relatively low, which is beneficial to the economy of long-term operation of the equipment.
Good economy: Superior performance and relatively reasonable price make this type of motor widely used in industrial applications of all sizes.
In summary, the high-voltage winding rotor three-phase asynchronous motor has become one of the indispensable important power equipment in industrial production with its high efficiency, reliability and strong adaptability.
Are you looking for high voltage wound rotor three-phase AC Industrial motor?
LUPMOTORS offers high voltage squirrel cage motors of all types – Please contact us freely.
CHAPTER TWO
Maintenance of three-phase motor with wound rotor
The maintenance of the rotor-wound three-phase motor is very important. It can ensure the normal operation of the motor and extend the service life of the motor. The following are some maintenance precautions:
1. Clean the rotor-wound three-phase motor regularly. The outside and inside of the motor should be cleaned regularly to prevent dust and dirt from entering the motor and affecting the normal operation of the motor.
2. Check the electrical connection of the motor regularly. The electrical connection of the motor should be checked regularly to see if it is tight, to avoid loose electrical connections or poor contact, which will affect the normal operation of the motor.
3. Check the bearings of the motor regularly. The bearings of the motor should be checked regularly to see if they are operating normally. If there is any abnormality, they should be replaced or repaired in time.
4. Check the insulation performance of the motor regularly. The insulation performance of the motor should be checked regularly to see if it is normal. If there is any abnormality, it should be replaced or repaired in time.
Are you looking for some tips of industrial motor maintenance?
LUPMOTORS’ specialist will help you – Please contact us freely.
CHAPTER THREE
Working principle of three-phase motor with wound rotor
The working principle of a three-phase motor with a wound rotor can be simply summarized as the interaction of magnetic fields.
When power is applied to the stator, a magnetic field is generated in the coils on the stator.
This magnetic field rotates because each coil is subjected to a different amount of magnetic force.
This rotating magnetic field causes a current in the rotor, which generates torque and causes the rotor to start rotating.
The current in the rotor also forms a magnetic field, which interacts with the magnetic field on the stator to keep the motor running.
It is important to note that the speed of the motor is affected by the frequency of the power supply and the number of poles in the motor.
The higher the frequency, the faster the motor runs; the more poles, the slower the motor runs.
Are you looking for an industrial solution of AC motors?
LUPMOTORS’ specialist will help you – Please contact us freely.
Learn More From FAQs
You’ll find yourself working in a true partnership, resulting in an incredible experience and a competitive end products.
LUPMOTORS are a professional manufacturer that produces and sells a variety of motors.
No. We can accept an order just for 1 motor.
For all our customers, they may have different technical requirements, such as power, voltage, type, etc. The price also varies according to different order quantities. Therefore, it is really difficult for us to provide a price list. If you can share your detailed specifications and order quantity, we will provide the price to you.
We can provide both FOB and CIF prices.
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