Teknic SST-1500-YCX-3-1-0 泰克尼克伺服驱动 24-75VDC标称输入

Teknic SST-1500-YCX-3-1-0 泰克尼克伺服驱动 24-75VDC标称输入

SST-1500-YCX-3-1-0伺服驱动器的电气接口设计为最大限度地减少安装麻烦,SSt伺服驱动器的正弦波换向允许磁场将电机定子定位在其最佳位置的几弧分钟内与大多数情况下的60度定子磁场分辨率相比无刷驱动器。由于转子和定子之间的最佳角度磁场始终可以实现,扭矩变化大大减小。

SSt伺服驱动还不断自动校准其电流传感器,以将不准确度和漂移降至最低。结合起来，这些技术可以产生精确且一致的扭矩在所有条件下,都能产生流畅平滑的运动。

SSt伺服驱动器仅在需要移动或校正时使用电流对于干扰,与步进电机不同,步进电机需要电流是抵御干扰和坚守阵地的时候了。无“电流削减”模式是必需的,但SSt伺服驱动具有更快的响应速度，更多比任何同等尺寸的步进电机更强大的保持扭矩。

The electrical interface of the SST-1500-YCX-3-1-0 servo driver is designed to minimize installation trouble, and the SSt servo driver's sine wave commutation allows the magnetic field to position the motor stator in its optimal position within a few arc minutes compared to the 60-degree stator field resolution of most brushless drives. Since the optimum Angle magnetic field between the rotor and the stator can always be achieved, the torque variation is greatly reduced.

The SSt servo drive also continuously and automatically calibrates its current sensors to minimize inaccuracies and drift. Combined, these technologies produce precise and consistent torques that produce smooth, smooth motion in all conditions.

SSt servo drivers only use current for interference when they need to move or correct, unlike stepper motors, which require current to be resistant to interference and stand their ground. No "current cut" mode is required, but the SSt servo drive has a faster response and more powerful holding torque than any stepper motor of the same size.