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Wannan motor developed and produced the motor with three different standard systems.
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Recommended Products

YXL Series High Efficiency Aluminum Frame Three Phase Induction Motors
YXL Series High Efficiency Aluminum Frame Three Phase Induction Motors
YXL Series High Efficiency Aluminum Frame Three Phase Induction Motors
IEC Compact Frame Metric Medium Voltage
IEC Compact Frame Metric Medium Voltage
IEC Frame:355-560

Out Power:160-1600kW

RPM:3000/3600, 1500/1800, 1000/1200,

    750/900 and 600/750

Insulation Class:F
YE3 Series IE3 high Efficiency
YE3 Series IE3 high Efficiency
Output:0.55kW~375kW
Poles:2.4.6.8P
Voltage(V):380V or others
Frequency(Hz):50Hz or 60Hz
Frame size:80M~355L
Protection Class:IP55
Insulation Class:F
YKK Series High Voltage and High Efficiency Three Phase Induction Motors
YKK Series High Voltage and High Efficiency Three Phase Induction Motors
YKK Series High Voltage and High Efficiency Three Phase Induction Motors
YVF2 Series Frequency Variable Speed Regulation Motors
YVF2 Series Frequency Variable Speed Regulation Motors
Various operation systems by which speed-regulation is needed, such as metallurgy, chemistry, textile, pumps, machine tool, etc.
Premium Efficient Stainless Steel Motors
Premium Efficient Stainless Steel Motors
Frame:56C~286TC

Out Power:0.25HP~30HP

Inverter Duty Rated: 3:1CT & 5:1VT

Service Factor: 1.15 Design: "B" or “C”

Protection Degree: IP55

Enclosure: TEFC

Efficiency:NEMA Premium
NEMA Premium Efficient
NEMA Premium Efficient
Frame:143T ~ 449T

Rated Power:1HP ~ 250 HP

Poles:2, 4, 6, 8

AC Voltage:460V

Frequency:50/60 Hz

Insulation Class:F

Protection Grade:IP55

Efficiency:NEMA Premium
YLVF Series low-voltage high-power inverter three-phase asynchronous motor
YLVF Series low-voltage high-power inverter three-phase asynchronous motor
YLVF Series low-voltage high-power inverter three-phase asynchronous moto

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What's the best method for selecting an appropriate high-efficiency motor?

Visit: - Release time: 2015-07-08 10:09:00
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The way to make the correct economical choice is to evaluate the life-cycle cost, which includes the purchase price plus an estimate of future operating costs and length of service. The longer high-efficiency motors are run, and the higher their duty cycles, the more energy they will save. The greatest savings are attained where utility rates are highest.