servo vibration system

The servo vibration system consists of a servo controller, four servo drivers and four servo motors (the number of servo drivers and servo motors can be increased or decreased according to needs); The vibration table is composed of a vibration box and a vibration table. Before pressing.

the servo vibration system is turned on and the vibration table is distributed at a lower frequency. when the cloth is finished , the vibrator vibrates at a higher frequency while the brick is pressed.

 Adjust the phase Angle vibration, vibration elimination：

1 . The speed is accelerated in advance to the predetermined working speed , and the phaseAnge is changed to start vibration. (No excitation

force is maintained at a phaseAngle of 180* while accelerating)

2 . compared with ordinary motor acceleration,deceleration,vibration lifting and vibration elimination , the cycle saving is more than 1.5s.

3 . Improve product quality and make it easier to shape special bricks.

 The amplitude and frequency can be adjusted：

1.The rotational speed controls the frequency of vibration and the Angle controls the exciting force to achieve the amplitude and frequency of vibration , which can be adjusted at the same time.

2. It is easier to produce special bricks to improve product quality.

3.Improved product compactness.

 compared with the traditional frequency conversion control , the comprehensive

advantages include：

1 . More efficient. The vibration acceleration time can be less than 1s (molding acceleration) , and the vibration elimination time can be less

than 0.3s (molding acceleration).

2 . Lower energy consumption. Each servo motor is individually controlled , without interference between each other, which overcomes the problem of energy offset and energy loss caused by synchronization , and achieves better energy-saving effect.

3 . Better vibration effect. Adopt ful lcosed loop control , high synchronization , more stabe excitation force.

4 . Easy to maintain. Each servo motor is a separate unit, no mechanical synchronization between each other, more convenient maintenance.