Customization: | Available |
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Application: | Universal, Household Appliances, Industrial |
Operating Speed: | Constant Speed |
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1. High torque and power density
Motor can deliver the same torque from a smaller frame size when compared to induction motor technology
2.Unparalleled efficiency
Complying with the IE5 efficiency class, these motors set themselves apart as a result of their high energy efficiency. This has a positive impact on operational expenses and the carbon footprint.
3.High efficiency in the partial load range
PM motors are able to deliver significantly higher energy efficiency values in the partial load range and at lower speeds.
4.Reduced weight
PM motors have weigh less than conventional induction motors with a comparable power rating. This lower weight makes them ideal for applications where the overall weight is a critical factor.
5.Design flexibility
The inherent properties of PM motors, such as their compactness and reduced weight, provide machine OEMs with a higher degree of flexibility
6.Wide operating rang
PM motors are well known for their wide speed range without compromising efficiency and ensuring a high degree of flexibility in addressing various applications.
7.Enhanced dynamic performance
PM motors accelerate and decelerate quickly, making them the obvious choice for applications where speed and direction change rapidly
8.Cooler operation
With no rotor current losses, PM motors frequently operate at cooler temperatures, extending component lifetimes and reducing thermal stress.
Vibration Grade
|
Frame size (mm)
|
56 ≤ FS ≤ 132
|
H>132
|
||
Mounting
|
Vibration displacement/ (μm) |
Vibration velocity/ (mm/s) |
Vibration displacement/
(μm)
|
Vibration velocity/
(mm/s)
|
|
A |
Free suspension
|
45 | 2.8 | 45 | 28 |
Rigid mounting
|
- | - | 37 | 2.3/2.8 | |
B | Free suspension | 18 | 1.1 | 29 | 1.8 |
Rigid mounting
|
- | - | 24 | 1.5/1.8 |