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Model YE2 (Y2)
System energy: 0.18KW-560KW
Type asynchronous motor
Frequency 50/60Hz
Phase Three Phase
Protective features: fully enclosed
Motor efficiency IE 2
Product Name: 75kw 100hp Three phase Motor
Application General Machinery
Color as your request
Speed 2900RPM 1400RPM 960RPM 660RPM
Protection level IP44/IP54/IP55
Aluminum housing shell
Winding copper wire
Structure IMB3/B5/B35
Cooling method IC411
Rated voltage 220/380V 230/440V 380/660V 400/690V
Model YE2 (Y2)
System energy: 0.18KW-560KW
Type asynchronous motor
Frequency 50/60Hz
Phase Three Phase
Protective features: fully enclosed
Motor efficiency IE 2
Product Name: 75kw 100hp Three phase Motor
Application General Machinery
Color as your request
Speed 2900RPM 1400RPM 960RPM 660RPM
Protection level IP44/IP54/IP55
Aluminum housing shell
Winding copper wire
Structure IMB3/B5/B35
Cooling method IC411
Rated voltage 220/380V 230/440V 380/660V 400/690V
Efficient and energy-saving:
Modern motors use technologies such as permanent magnet materials and variable frequency control, which significantly improve energy efficiency (such as IE4 and IE5 high-efficiency motors), meet global energy conservation and emission reduction needs, and reduce long-term user costs.
Intelligence and integration:
By combining the Internet of Things (IoT), AI algorithms, and sensor technology, remote monitoring, fault warning, and adaptive adjustment can be achieved to improve equipment operation efficiency and maintenance convenience.
Material Innovation:
The application of lightweight design (such as aluminum shell motors), high-temperature resistant insulation materials, and rare earth permanent magnet materials has expanded the applicability of motors (such as new energy vehicles, aerospace).
Efficient and energy-saving:
Modern motors use technologies such as permanent magnet materials and variable frequency control, which significantly improve energy efficiency (such as IE4 and IE5 high-efficiency motors), meet global energy conservation and emission reduction needs, and reduce long-term user costs.
Intelligence and integration:
By combining the Internet of Things (IoT), AI algorithms, and sensor technology, remote monitoring, fault warning, and adaptive adjustment can be achieved to improve equipment operation efficiency and maintenance convenience.
Material Innovation:
The application of lightweight design (such as aluminum shell motors), high-temperature resistant insulation materials, and rare earth permanent magnet materials has expanded the applicability of motors (such as new energy vehicles, aerospace).