| Product name: | XTD series rare earth permanent magnet energy-saving three-phase synchronous motor | ||||||
| specification: | ![]() |
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| Category: | motor products -- Permanent magnet synchronous motor | ||||||
| Price: | factory price | ||||||
| Brand: | Shanghai | ||||||
| Place of Origin: | China | ||||||
| Available Quantity: | batch | ||||||
| delivery cycle: | Spot goods (or inquire by telephone) | ||||||
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The XTD series rare earth permanent magnet energy-saving three-phase synchronous motor is a new type of energy-saving product with high efficiency, high starting torque, and high power factor, which can be widely used in fields such as petroleum machinery, textiles, and chemicals.
The XTD series rare earth permanent magnet energy-saving three-phase synchronous motor adopts high-quality high-performance rare earth permanent magnet materials, unique fixed rotor structure and precision manufacturing, with superior performance and large starting torque. The efficiency index is not only much higher than that of Y series three-phase asynchronous motors, but also significantly improved compared to high-efficiency three-phase asynchronous motors. The power factor index can reach above 0.95, especially at 20% light load, the power factor can reach above 0.85, which is 1-2 times higher than that of asynchronous motors under the same load rate, and does not require capacitor compensation. After being used in numerous oil fields, it has achieved good operational performance and energy-saving effects, with significant economic benefits and significantly improved system efficiency. It has received high praise from users in the petroleum industry and is the preferred energy-saving motor in the pumping unit industry.
To meet the needs of different users, special voltage (660V, 1140V), special shaft extension (dual axis extension, tapered shaft extension), wet hot belt, dry hot belt, higher protection level (IP55) and other special requirements motors can be provided. Different junction box positions (located on the right, left, and top) can be provided for the motor.
Example of using performance indicators for comparison:
|
performance metrics
name |
run
time
(Hour) |
rated
voltage
(V) |
rated
current
(A) |
meritorious
power level
consume
Kwh |
no merit
power level
consume
Kvarh |
per hour
Active electricity
Quantity consumption
kwh |
Reactive power per hour
Quantity consumption
Kvarh |
Energy saving per hour | |||
|
meritorious |
no merit | ||||||||||
|
kwh |
% |
Kvarh |
% | ||||||||
|
17kw-8p
asynchronous motor |
forty-eight |
362-370 |
16.8-21 |
one hundred and thirty-nine |
three hundred and eight |
two point nine |
six point four |
one point seven three |
sixty |
six point two |
ninety-seven point five |
|
16.5kw-8p rare earth permanent magnet energy-saving motor |
forty-eight |
362-370 |
5.8-9.0 |
fifty-six |
seven point seven |
one point one seven |
zero point one six | ||||
XTD series rare earth permanent magnet energy-saving three-phase synchronous motor