+86-574-58580503
IEC/IE2 High Efficiency Motor

IEC/IE2 High Efficiency Motor

Features:
Power: 0.75KW-37KW,2、4、6Poles
Voltage: 380v/400v/415V
Frequency: 50Hz
Frame: 80-200
Die Cast Alloy Aluminum housing for 132 frame and below
Iron Casting housing for the motor above 132 frame
Mount Type: B3、B5、B35
Insulation Class F, Insulation structure UL approved
Enclosure: TEFC
IP Class: IP 55
CE Certified

Contact Us

Details




Company Advantage

1. Cixi Waylead Electric Motor Manufacturing Co.,Ltd is located in Cixi City, Zhejiang Province, China, close to the famous international ports Shanghai and Ningbo. The economic and technical conditions are superior, and the transportation is convenient.


2. Cixi Waylead is a professional IEC/IE2 High Efficiency Motor Suppliers and IEC/IE2 High Efficiency Motor company with rich industry experience. We can make "tailor-made" IEC/IE2 High Efficiency Motor according to the requirements of different customers. All our motors are exported to the United States, Canada, Mexico, Japan, Australia, New Zealand, Saudi Arabia, etc. Motors are widely used in woodworking, air compressors, blowers, fans, water pumps, hydraulic pumps, etc.


3. All our oem IEC/IE2 High Efficiency Motor and commercial processors have passed CSA & CUS certification, and some motors also have UL certification. The three-phase high-efficiency super-efficiency motor has passed the certification of Canada and the United States Department of Energy in 2007 and 2010.


4. On-site quality and production are managed by "6S". Implement ISO9001 international quality management system standards. Waylead has won the favor of many well-known international buyers with its excellent quality, reasonable price, punctual delivery and good service. Waylead looks forward to working with you in the near future!



KW RPM 50HZ NEMA FRAME Model Volts ENCL Full Load AMPS %EFF. POWER FACTOR WGT. (KG)
0.75 2850 80 WE800.75M2B 380V/400V/415V TEFC 1.81/1.72/1.65 77.4 0.81 8.5
1410 80 WE800.75M4B 380V/400V/415V TEFC 1.86/1.76/1.70 79.6 0.72 11
940 90 WE900.75M6B 380V/400V/415V TEFC 2.06/1.96/1.88 75.9 0.68 11
1.1 2860 80 WE801.1M2B 380V/400V/415V TEFC 2.57/2.44/2.35 79.6 0.82 10
1440 90 WE901.1M4B 380V/400V/415V TEFC 2.68/2.55/2.45 81.4 0.75 14
940 90 WE901.1M6B 380V/400V/415V TEFC 3.02/2.86/2.75 78.1 0.69 15
1.5 2860 90 WE901.5M2B 380V/400V/415V TEFC 3.41/3.24/3.12 81.3 0.82 13
1440 90 WE901.5M4B 380V/400V/415V TEFC 3.58/3.42/3.30 82.8 0.76 17
940 100 WE1001.5M6B 380V/400V/415V TEFC 3.82/3.63/3.50 79.8 0.74 21
2.2 2890 90 WE902.2M2B 380V/400V/415V TEFC 4.86/4.6Z/4.44 83.2 0.84 15
1440 100 WE1002.2M4B 380V/400V/415V TEFC 4.88/4.65/4.46 84.3 0.82 22.5
950 112 WE1122.2M6B 380V/400V/415V TEFC 5.36/5.09/4.90 81.8 0.73 25.5
3 2900 100 WE1003M28 380V/400V/415V TEFC 6.18/5.87/5.66 84.6 0.84 22
1440 100 WE1003M48 380V/400V/415V TEFC 6.52/6.20/5.96 85.5 0.81 26
950 132 WE1323M6B 380V/400V/415V TEFC 7.20/6.83/6.59 83.3 0.76 38
4 2910 112 WE1124M28 380V/400V/415V TEFC 7.98/7.58/7.30 85.8 0.87 26
1450 112 WE1124M4B 380V/400V/415V TEFC 8.60/8.16/7.86 86.6 0.82 32
960 132 WE1324M6B 380V/400V/415V TEFC 9.45/8.98/8.65 84.6 0.75 44
5.5 2910 132 WE1325.5M2B 380V/400V/415V TEFC 10.90/10.40/9.93 87 0.89 30
1450 132 WE1325.5M4B 380V/400V/415V TEFC 11.60/11.20/10.76 87.7 0.83 45
960 132 WE1325.5M6B 380V/400V/415V TEFC 12.58/11.98/11.46 86 0.76 52
7.5 2910 132 WE1327.5M2B 380V/400V/415V TEFC 14.56/13.82/13.34 88.1 0.9 48
1455 132 WE1327.5M4B 380V/400V/415V TEFC 15.50/14.70/14.20 88.7 0.83 55
970 160 WE1607.5M6B 380V/400V/415V TEFC 12.58/11.98/11.46 85.3 0.77 74
11 2920 160 WE16011M2B 380V/400V/415V TEFC 20.60/19.50/18.98 89.4 0.89 60
1460 160 WE16011M4B 380V/400V/415V TEFC 22.06/20.98/20.75 89.8 0.84 83
970 160 WE16011M6B 380V/400V/415V TEFC 25.00/23.68/22.90 88.7 0.76 93
15 2930 160 WE16015M2B 380V/400V/415V TEFC 28.20/26.70/25.76 90.3 0.9 92
1460 160 WE16015M4B 380V/400V/415V TEFC 29.40/27.96/26.90 90.6 0.84 104
980 180 WE18015M6B 380V/400V/415V TEFC 31.26/29.72/28.56 89.7 0.83 131
18.5 2940 180 WE18018.5M2B 380V/400V/415V TEFC 34.60/32.80/31.57 90.9 0.91 102
1470 180 WE18018.5M4B 380V/400V/415V TEFC 35.85/34.05/32.92 91.2 0.87 120
980 200 WE20018.5M6B 380V/400V/415V TEFC 38.40/36.50/35.20 90.4 0.81 150
22 2950 180 WE18022M2B 380V/400V/415V TEFC 40.50/38.60/37.00 91.3 0.91 128
1470 180 WE18022M4B 380V/400V/415V TEFC 42.50/40.32/38.92 91.6 0.88 130
980 200 WE20022M6B 380V/400V/415V TEFC 44.20/41.90/40.40 90.9 0.83 168
30 2950 200 WE20030M2B 380V/400V/415V TEFC 55.90/52.80/51.46 92 0.9 159
1470 200 WE20030M4B 380V/400V/415V TEFC 57.50/54.55/52.70 92.3 0.86 170
37 2950 200 WE20037M2B 380V/400V/415V TEFC 67.60/63.50/61.80 92.5 0.91 182
CONTACT WITH US

Industry Knowledge Extension

IEC/IE2 High Efficiency Motor is a high-efficiency three-phase asynchronous motor that complies with the IE2 energy efficiency standard of the International Electrotechnical Commission (IEC). It is designed for industrial and commercial applications and excels in energy efficiency, reliability and economy. Compared with traditional IE1 standard motors, its efficiency is improved by about 3%, significantly reducing energy consumption and operating costs. The motor adopts a fully enclosed self-fan cooling structure, combined with high-quality copper windings and high-performance silicon steel sheets to reduce iron and copper losses, ensuring stable operation in harsh environments. Compared with ordinary motors, IEC/IE2 motors have lower operating temperatures and a lifespan extended by about 20% through optimized electromagnetic design and cooling systems, and significantly reduce maintenance costs. At the same time, it complies with international certification requirements such as the EU Ecodesign Directive (EC 640/2009), adapts to global market access needs, and is particularly suitable for export-oriented enterprises.

Product Features and Core Advantages
1. High Efficiency and Energy Saving
The efficiency of IEC/IE2 motors reaches the international IE2 level (equivalent to the second-level energy efficiency of China's GB18613-2012 standard), and efficiency is improved by reducing electromagnetic and mechanical losses. Taking a 15kW motor as an example, compared with an IE1 motor, it can save thousands of yuan in electricity bills each year, which is especially suitable for long-term industrial scenarios.

2. Durability and reliability
Material and process: 100% copper wire winding and F-class insulation system (temperature resistance up to 155°C), cast iron housing and SKF/FAG bearings are used to ensure durability under high load.
Protection capability: Standard IP55 protection level (dustproof, water sprayproof) and wide temperature adaptability (-40°C to 1000°C), suitable for humid, dusty and high temperature environments.

3. Wide compatibility and flexibility
Voltage and frequency: Supports multiple voltages such as 380V/400V/660V, compatible with 50Hz/60Hz power grids, and adapts to global power systems.
Power range: Covering 0.75kW to 375kW, the number of poles can be selected from 2/4/6 poles, meeting the diverse mechanical drive needs of fans, water pumps, compressors, conveyors, etc.
Certification and Compliance
It has passed international certifications such as CCC, CE, and IECEx, complies with the IEC60034-30 energy efficiency standard, meets the regulatory requirements of the EU, North American and Asian markets, and helps companies expand their overseas business.

4. Economic and environmental benefits
Although the initial investment is slightly higher than that of ordinary motors, the long-term energy-saving benefits are significant. Calculated based on 8,000 hours of annual operation, the investment payback period is usually less than 2 years. In addition, reducing carbon emissions is in line with the global carbon neutrality trend and enhances the green image of the company.

5. Typical application scenarios
Industrial equipment: continuously running power systems such as air compressors, water pumps, fans, and machine tools.
Infrastructure: public facilities such as cooling towers, tunnel ventilation, and sewage treatment.
Export equipment: adapted to export-oriented machinery such as SMT reflow soldering machines and packaging machinery that require international certification.
Through the balance of high efficiency and high reliability, IEC/IE2 High Efficiency Motor has become an ideal choice for industrial energy-saving upgrades, taking into account both economic benefits and environmental responsibility.