Permanent Magnet Synchronous Motor for Water Jet Looms

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  • Permanent Magnet Synchronous Motor for Water Jet Looms
  • Permanent Magnet Synchronous Motor for Water Jet Looms

Permanent Magnet Synchronous Motor for Water Jet Looms

Product Overview

The Spray Jet Loom Permanent Magnet Motor adopts an advanced earth material excitation method to significantly enhance efficiency and power factor compared to conventional asynchronous motors of the same power rating. This advanced motor boasts several advantages, including a high starting torque, low-temperature rise, reliable operation, and an aesthetically pleasing design. By replacing traditional asynchronous motors with this series of permanent magnet motors, substantial savings can be achieved annually in terms of active power consumption, reactive power compensation, and line loss reduction. The overall energy savings can range from 10% to 30%. The motor's protection and insulation levels can be customized according to customer requirements, ensuring flexibility and adaptability to various applications. The cooling method employed is IC411, which is an industry-standard approach for maintaining desirable performance. Additionally, the motor's dimensions and mounting specifications are identical to those of the Y series motors, providing good interchangeability and ease of integration.

  • Product Details

Features

1. To address the high starting torque requirements of water jet looms, our engineers have conducted an in-depth optimization of the structural electromagnetic design.

2. We have selected premium permanent magnets with advanced ultra-high intrinsic coercivity. These magnets possess a significantly higher intrinsic and magnetic coercivity, allowing them to maintain their performance even at elevated temperatures, up to 180 degrees Celsius. 

3. High mechanical efficiency, low loss, large starting torque, low-temperature rise, reliable operation.

4. The high power factor of our water jet loom is a notable advantage, as it reduces line losses and voltage drops, and improves the overall power supply quality.

Wiring method


Specification

Model Rated Power Rated Current Rated Speed Rated Frequency Rated Torque Efficiency Power Factor
(kW) (A) (r/min) (Hz) (N.m) (%) (cosφ)
TJY-112M-4 2.2 3.6 1500 50 14 89.7 0.99
TJY-112M-4 2.8 5.3 1500 50 17.8 90.3 0.99
TJY-112M-4 3 5.3 1500 50 19.1 90.3 0.99
TJY-132M-4 3.7 6.6 1500 50 23.5 90.9 0.99
TJY-132M-4 4 6.6 1500 50 25.5 90.9 0.99
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