绝对旋转编码器AEMT-12/16

磁性 单转 数字输出

Faulhaber电机的绝对编码器与Faulhaber BL-MOLORS相结合，绝对编码器是换向，转速控制和位置控制的理想选择。绝对意味着旋转内的每个轴位置被分配了独特的角度值。使用绝对编码器也可以进行正弦换向。与增量编码器不同，绝对编码器确定绝对位置，而不是相对位置。在接通绝对编码器之后，为电机轴的每个位置可用绝对返回值。单反匝数和多匝编码器之间的区别。Faulhaber绝对编码器是单圈编码器。单圈或多转 - 哪个绝对编码器是对的？两个绝对编码器之间的差异很简单：通过单个旋钮编码器，电机轴的每个位置对应于特定的返回值。在电机轴完全旋转之后，信号重复。 Thus, the single turn encoder supplies no absolute information about the number of completed revolutions. Positioning of more than one revolution is possible with this absolute encoder as well, however. Comparable to the incremental encoder, this is performed by counting the number of revolutions forward or backward using a counter on the motor control. For travel distances of more than one motor revolution, it is necessary to reference after a power interruption. No referencing is necessary for travel distances of less than one motor revolution. Multi turn encoders behave differently. This type of absolute encoder also records the number of completed revolutions.