YZW1-350C36L BLDC motor is a one to three special BLDC motor for textile mechanical industry winder developed
YZW1-350C36L BLDC motor is a one to three special BLDC motor for textile mechanical industry winder developed by our company, the motor is strong in function, tight in structure, and flexible in operation, it can drive three BLDC motor of drive winding, yarn guide and over-feeding based on the required function. The internal system integrates normal functions of the long and short yarn count detection, impulse detection and 485 communication special function, and the control of motor is more flexible and convenient. The special motor can improve the performace of present textile mechanical industrial winder equipments, and reach or be close to import the performance and quality of top-grade winder of servo drivers, the cost performance is high.
The winding speed is quick: the rated linear speed is 600m/min, the maximum linear speed is 800m/min; the effectiveness is one time higher than one to two frequency converting winder.
More energy-saving: the system control motor is permanent magnet BLDCmotor, and realize the seperation of mechinal structure effectively, and decrease energy-saving.
The control precision is high and the humanization function is complete:
(1)The stable rotation speed control error reaches 1%.
(2)The winding system and the yarn guide system are separated effectively, and it realize different windging rate yarn winding;
(3)Stable, accurate and no-oversheet linear speed control performance, and provide flexible and rich linear speed control mode, the internal system integrates single linear speed mode, two-section speed mode, linear speed reduction mode and linear speed increase mode.
(4)Intelligent control performance, the internal system integrates intelligent functions such as intelligent yarn length couting function, linear speed intelligent dynamic stable function, over-feeding system self-tunning synchronous tracking function, simplify the system tunning difficulty, improve the system adaptive function.