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Phone
13901428801
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Address
No. 88, Dazhong Road, Jishi, Jingjiang City, Jiangsu Province
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Jiangsu Aerospace Power Electromechanical Co., Ltd
YX High Voltage High Efficiency Electric Motor
NegotiableUpdate on 05/05
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Overview
Frequency: 50/60 Hz Phone number: H315mm-H1000mm Power range: 250kW~10000kW Number of poles: 2P~12P Rated voltage: 6000V, 10000V Insulation level: F Protection level: IP23 Installation method: IMB3 Cooling method: IC01
Product Details
Introduction to YX High Voltage and Efficient Electric Motor
The YX series high-voltage and high-efficiency three-phase asynchronous motor (center height 315-630) is an optimized series product established by our company using advanced technology at home and abroad, combined with our practical experience in producing high-voltage motors. It is an upgraded product based on the Y series high-voltage motor.
This series of products uses high-quality materials, is manufactured with excellence, has high performance indicators, low noise and vibration, high reliability, and is easy to use, install, and maintain.
The power level, installation size, and electrical performance of this series of motors comply with the GB/T4772.1-2-1999 "Dimensions and Output Power Levels of Rotating Electrical Machines" and GB755-2008 "Rating and Performance of Rotating Electrical Machines" standards, and meet the national second level energy efficiency standard of GB30254-2013 "Energy Efficiency Limits and Grades for High Voltage Three Phase Cage Asynchronous Motors".
The cooling method for this series of motors is IC01 or IC81W according to the standards of GB/T1993-1993 and IEC60034-5 "Cooling Methods for Rotating Electrical Machines". If the user requests other cooling methods, they will be negotiated separately.
The basic installation method for this series of motors is a horizontal structure with feet (IMB3), which complies with the provisions of GB/T997-2008 and IEC60034-7 "Classification of Structural Types, Installation Types, and Terminal Box Positions for Rotating Electrical Machines (IM Code)".
The basic data of the motors covered by this sample are as follows:
Machine base number: 315mm-630mm;
同步转速： 3000r/min、1500 r/min 、1000 r/min、750 r/min 、600 r/min、500 r/min；
Rated voltage: 6kV, 10kV (other voltage motors can also be manufactured according to order requirements);
Rated frequency: 50Hz (60Hz motors can also be manufactured according to order requirements (except for 2-pole motors));
Power range: 200kW-5600kW;
This series of products is mainly suitable for general mechanical equipment such as fans, water pumps, compressors, crushers, chip cutting machines, transportation machinery, and other similar mechanical equipment in industries such as petroleum, chemical, coal, power plants, metallurgy, transportation, textiles, pharmaceuticals, and grain processing.
Structural characteristics of YX high-voltage high-efficiency motor
The electric motor adopts a box shaped structure, and the base is welded into a box shape from steel plates, which is lightweight and has good rigidity. The top of the motor YX is equipped with a protective top cover and YXKS is equipped with an air-water cooler.
The stator adopts an external pressure structure, and the stator winding adopts 155 (F) grade insulation material. The 10kV motor adopts reliable anti corona measures, and the winding ends are reliably fixed and tied, and treated with vacuum pressure impregnation solvent-free paint process (VPI). Therefore, the motor has good insulation performance, high mechanical strength, strong moisture resistance, and long service life.
The squirrel cage rotor has two structures: cast aluminum and copper bars, which are manufactured using advanced and reliable cast aluminum or welding processes, and have undergone dynamic balance verification. Therefore, the motor runs smoothly and reliably.
The bearings are in two forms: rolling bearings and sliding bearings, determined by the power and speed of the motor. The rolling bearings are equipped with non-stop oil injection and discharge devices.
The main junction box is placed on the right side of the motor (viewed from the shaft extension end), or can be placed on the left side according to user requirements. Both the inside and outside of the junction box are equipped with separate grounding terminals. When the power is ≥ 2000kW, the motor is equipped with a neutral point junction box.
Install temperature measuring devices in important parts such as stator windings and bearings for remote monitoring to ensure safe and reliable operation of the motor.
The standards adopted by YX high-voltage high-efficiency motors
GB 755 Rotating Electrical Machinery Rating and Performance (neq IEC60034-1:1993)
GB/T 997 Classification of Structural Types, Installation Types, and Terminal Box Positions for Rotating Electrical Machines (eqv IEC 60034-7:2001)
GB/T 1993 Cooling Methods for Rotating Electrical Machines (eqv IEC60034-6:1991)
GB/T 4772.2 Dimensions and output power levels of rotating electrical machines - Part 2: Machine frame numbers 355-1000 and flange numbers 1180-2360 (idt IEC 60072-2)
GB/T 4942.1 Protection level of integral structure of rotating electrical machines (IP code) (idt IEC60034-5)
GB 10068 Measurement, Evaluation, and Limits of Mechanical Vibration for Motors with a Center Height of 56mm or More (idt IEC60034-14)
GB 10069.3 Methods and Limits for Noise Determination of Rotating Electrical Machines Part 3: Noise Limits (neq IEC60034-9)
The meaning of YX high-voltage high-efficiency motor model
Rated voltage and rated frequency
The rated voltage of the motor is 6kV and 10kV, and the rated frequency of the power supply is 50Hz.
Thermal classification and temperature rise limit
The insulation level of the electric motor is 155 (F), and the temperature rise limit is 80K when assessed according to 130 (B) level.
Bearing structure form and temperature limit
The bearing structure is divided into two types: rolling bearings and sliding bearings. For specific structural forms, please refer to the appearance and installation dimension data table. The normal product of sliding bearing structure is forced lubrication, but it can also be made into self-lubricating according to needs. When the sliding bearing is forcibly lubricated, the bearing alarm value is 75 ℃ and the shutdown value is 80 ℃. When the rolling bearing and sliding bearing are self-lubricating, the bearing alarm value is 90 ℃ and the shutdown value is 95 ℃.
Protection level
The protection level of the motor can be made: YX is IP23.
cooling method
The cooling method for the electric motor is IC01.
Types of climate protection and environmental conditions for use
Damp heat type, with climate protection areas (TH); Damp heat type, no climate protection location (THW);
Dry hot type, with climate protection areas (TA); Dry hot type, no climate protection location (TAW);
Tropical type, with climate protection facilities (T); Tropical type, no climate protection site (TW);
Outdoor anti-corrosion type (W);
Outdoor medium corrosion protection type (WF1);
Outdoor anti-corrosion type (WF2);
Indoor moderate corrosion protection type (F1);
Indoor anti-corrosion type (F2);
The above protection types are marked after the motor model, for example: YX560-4WF1.
wiring method
Y-shaped connection method.
Cable entry device
Under normal circumstances, rubber sheathed cable devices are provided for the motor, and steel pipe wiring devices or armored cable devices can be provided according to user needs.
working system
The work schedule is S1 continuous work schedule.
Performance indicator tolerance
Efficiency η: -10% (1- η);
Power factor cos φ: - (1-cos φ)/6;
Minimum absolute value 0.02;
The maximum absolute value is 0.07;
Locked rotor current:+20% of the guaranteed current value;
Locking torque: -15% of the torque guarantee value;
Minimum torque: -15% of the guaranteed torque value;
Maximum torque: -10% of the torque guarantee value.
On site operating conditions
1. The altitude shall not exceed 1000m.
2. The ambient air temperature shall not exceed 40 ℃.
3. The ambient air temperature should not be lower than -15 ℃, and the ambient temperature for motors with sliding bearings or air water cooling should not be lower than 0 ℃.
4. Tolerance values for voltage and frequency:
Electric motors can operate continuously within ± 5% of rated voltage and ± 2% of rated frequency, and achieve their basic functions. However, their performance may differ from that at rated voltage and frequency, and the temperature rise may be higher than that at rated voltage and frequency.
Electric motors can operate within ± 10% of rated voltage and within+3% to -5% of rated frequency, and achieve their basic functions. However, their performance may differ from that at rated voltage and frequency, and the temperature rise may be higher than that at rated voltage and frequency.
The remaining electrical operating conditions of the electric motor shall comply with GB755.
Starting requirements
When the driven machinery is a water pump or fan equipment, the user's power grid must ensure that the motor terminal voltage during the starting process is not less than 85% of the rated voltage.
Under the above conditions, the motor is allowed to start continuously twice in the actual cold state, or once in the hot state. The motor should stop naturally between the two starts, and any additional restart should be done after 1 hour of shutdown.
Load connection
Usually, the electric motor and the driven load are connected elastically.
Measurement and Protection
1. The motor is equipped with measuring devices such as bearing temperature measurement and stator temperature measurement. The temperature measuring element is a platinum thermistor Pt100, and the output signals are all resistance signals. The wiring diagram for stator and bearing temperature measurement is shown in Figure 2.
Figure 2: Wiring diagram for temperature measurement of stator bearings
2. The electric motor is equipped with an anti condensation space heater, with a power supply voltage of AC 220V. The wiring diagram of the heater is shown in Figure 3.
Figure 3 Heater wiring diagram
3. When the motor power is ≥ 2000kW, in order to facilitate differential protection for users, the motor is equipped with a neutral point junction box.
Introduction to YX High Voltage and Efficient Electric Motor
The YX series high-voltage and high-efficiency three-phase asynchronous motor (center height 315-630) is an optimized series product established by our company using advanced technology at home and abroad, combined with our practical experience in producing high-voltage motors. It is an upgraded product based on the Y series high-voltage motor.
This series of products uses high-quality materials, is manufactured with excellence, has high performance indicators, low noise and vibration, high reliability, and is easy to use, install, and maintain.
The power level, installation size, and electrical performance of this series of motors comply with the GB/T4772.1-2-1999 "Dimensions and Output Power Levels of Rotating Electrical Machines" and GB755-2008 "Rating and Performance of Rotating Electrical Machines" standards, and meet the national second level energy efficiency standard of GB30254-2013 "Energy Efficiency Limits and Grades for High Voltage Three Phase Cage Asynchronous Motors".
The cooling method for this series of motors is IC01 or IC81W according to the standards of GB/T1993-1993 and IEC60034-5 "Cooling Methods for Rotating Electrical Machines". If the user requests other cooling methods, they will be negotiated separately.
The basic installation method for this series of motors is a horizontal structure with feet (IMB3), which complies with the provisions of GB/T997-2008 and IEC60034-7 "Classification of Structural Types, Installation Types, and Terminal Box Positions for Rotating Electrical Machines (IM Code)".
The basic data of the motors covered by this sample are as follows:
Machine base number: 315mm-630mm;
同步转速： 3000r/min、1500 r/min 、1000 r/min、750 r/min 、600 r/min、500 r/min；
Rated voltage: 6kV, 10kV (other voltage motors can also be manufactured according to order requirements);
Rated frequency: 50Hz (60Hz motors can also be manufactured according to order requirements (except for 2-pole motors));
Power range: 200kW-5600kW;
This series of products is mainly suitable for general mechanical equipment such as fans, water pumps, compressors, crushers, chip cutting machines, transportation machinery, and other similar mechanical equipment in industries such as petroleum, chemical, coal, power plants, metallurgy, transportation, textiles, pharmaceuticals, and grain processing.
Structural characteristics of YX high-voltage high-efficiency motor
The electric motor adopts a box shaped structure, and the base is welded into a box shape from steel plates, which is lightweight and has good rigidity. The top of the motor YX is equipped with a protective top cover and YXKS is equipped with an air-water cooler.
The stator adopts an external pressure structure, and the stator winding adopts 155 (F) grade insulation material. The 10kV motor adopts reliable anti corona measures, and the winding ends are reliably fixed and tied, and treated with vacuum pressure impregnation solvent-free paint process (VPI). Therefore, the motor has good insulation performance, high mechanical strength, strong moisture resistance, and long service life.
The squirrel cage rotor has two structures: cast aluminum and copper bars, which are manufactured using advanced and reliable cast aluminum or welding processes, and have undergone dynamic balance verification. Therefore, the motor runs smoothly and reliably.
The bearings are in two forms: rolling bearings and sliding bearings, determined by the power and speed of the motor. The rolling bearings are equipped with non-stop oil injection and discharge devices.
The main junction box is placed on the right side of the motor (viewed from the shaft extension end), or can be placed on the left side according to user requirements. Both the inside and outside of the junction box are equipped with separate grounding terminals. When the power is ≥ 2000kW, the motor is equipped with a neutral point junction box.
Install temperature measuring devices in important parts such as stator windings and bearings for remote monitoring to ensure safe and reliable operation of the motor.
The standards adopted by YX high-voltage high-efficiency motors
GB 755 Rotating Electrical Machinery Rating and Performance (neq IEC60034-1:1993)
GB/T 997 Classification of Structural Types, Installation Types, and Terminal Box Positions for Rotating Electrical Machines (eqv IEC 60034-7:2001)
GB/T 1993 Cooling Methods for Rotating Electrical Machines (eqv IEC60034-6:1991)
GB/T 4772.2 Dimensions and output power levels of rotating electrical machines - Part 2: Machine frame numbers 355-1000 and flange numbers 1180-2360 (idt IEC 60072-2)
GB/T 4942.1 Protection level of integral structure of rotating electrical machines (IP code) (idt IEC60034-5)
GB 10068 Measurement, Evaluation, and Limits of Mechanical Vibration for Motors with a Center Height of 56mm or More (idt IEC60034-14)
GB 10069.3 Methods and Limits for Noise Determination of Rotating Electrical Machines Part 3: Noise Limits (neq IEC60034-9)
The meaning of YX high-voltage high-efficiency motor model
Rated voltage and rated frequency
The rated voltage of the motor is 6kV and 10kV, and the rated frequency of the power supply is 50Hz.
Thermal classification and temperature rise limit
The insulation level of the electric motor is 155 (F), and the temperature rise limit is 80K when assessed according to 130 (B) level.
Bearing structure form and temperature limit
The bearing structure is divided into two types: rolling bearings and sliding bearings. For specific structural forms, please refer to the appearance and installation dimension data table. The normal product of sliding bearing structure is forced lubrication, but it can also be made into self-lubricating according to needs. When the sliding bearing is forcibly lubricated, the bearing alarm value is 75 ℃ and the shutdown value is 80 ℃. When the rolling bearing and sliding bearing are self-lubricating, the bearing alarm value is 90 ℃ and the shutdown value is 95 ℃.
Protection level
The protection level of the motor can be made: YX is IP23.
cooling method
The cooling method for the electric motor is IC01.
Types of climate protection and environmental conditions for use
Damp heat type, with climate protection areas (TH); Damp heat type, no climate protection location (THW);
Dry hot type, with climate protection areas (TA); Dry hot type, no climate protection location (TAW);
Tropical type, with climate protection facilities (T); Tropical type, no climate protection site (TW);
Outdoor anti-corrosion type (W);
Outdoor medium corrosion protection type (WF1);
Outdoor anti-corrosion type (WF2);
Indoor moderate corrosion protection type (F1);
Indoor anti-corrosion type (F2);
The above protection types are marked after the motor model, for example: YX560-4WF1.
wiring method
Y-shaped connection method.
Cable entry device
Under normal circumstances, rubber sheathed cable devices are provided for the motor, and steel pipe wiring devices or armored cable devices can be provided according to user needs.
working system
The work schedule is S1 continuous work schedule.
Performance indicator tolerance
Efficiency η: -10% (1- η);
Power factor cos φ: - (1-cos φ)/6;
Minimum absolute value 0.02;
The maximum absolute value is 0.07;
Locked rotor current:+20% of the guaranteed current value;
Locking torque: -15% of the torque guarantee value;
Minimum torque: -15% of the guaranteed torque value;
Maximum torque: -10% of the torque guarantee value.
On site operating conditions
1. The altitude shall not exceed 1000m.
2. The ambient air temperature shall not exceed 40 ℃.
3. The ambient air temperature should not be lower than -15 ℃, and the ambient temperature for motors with sliding bearings or air water cooling should not be lower than 0 ℃.
4. Tolerance values for voltage and frequency:
Electric motors can operate continuously within ± 5% of rated voltage and ± 2% of rated frequency, and achieve their basic functions. However, their performance may differ from that at rated voltage and frequency, and the temperature rise may be higher than that at rated voltage and frequency.
Electric motors can operate within ± 10% of rated voltage and within+3% to -5% of rated frequency, and achieve their basic functions. However, their performance may differ from that at rated voltage and frequency, and the temperature rise may be higher than that at rated voltage and frequency.
The remaining electrical operating conditions of the electric motor shall comply with GB755.
Starting requirements
When the driven machinery is a water pump or fan equipment, the user's power grid must ensure that the motor terminal voltage during the starting process is not less than 85% of the rated voltage.
Under the above conditions, the motor is allowed to start continuously twice in the actual cold state, or once in the hot state. The motor should stop naturally between the two starts, and any additional restart should be done after 1 hour of shutdown.
Load connection
Usually, the electric motor and the driven load are connected elastically.
Measurement and Protection
1. The motor is equipped with measuring devices such as bearing temperature measurement and stator temperature measurement. The temperature measuring element is a platinum thermistor Pt100, and the output signals are all resistance signals. The wiring diagram for stator and bearing temperature measurement is shown in Figure 2.
Figure 2: Wiring diagram for temperature measurement of stator bearings
2. The electric motor is equipped with an anti condensation space heater, with a power supply voltage of AC 220V. The wiring diagram of the heater is shown in Figure 3.
Figure 3 Heater wiring diagram
3. When the motor power is ≥ 2000kW, in order to facilitate differential protection for users, the motor is equipped with a neutral point junction box.
