Practical example 0.001 mm (1 ㎛) For precision measurement
By using our HAE-GS-2 special 1 turn 100 increase / decrease specification, synchronize with the rotation of precision ball screw (converting rectilinear motion into rotational motion) which moves by 0.1 mm per usual use, thereby moving amount of 0.001 mm (1 μm) Can measure precisely.
Our company’s absolute encoder is a precision movement amount and position measurement device.
Although it is an encoder, the measurement itself is not a concept of bit or pulse.
Simply sensing the amount of movement of the rotated spindle is only direct sensing.
(The image looking at the analog clock by visual observation → It is converting to digital signal)
In other words, in this practical example, when the encoder spindle synchronized with the precision ball screw rotates by 3.6 °, 0.001 mm is digitally outputted. (0.100 mm when rotating 360 °)
Absolute position and movement amount can be detected without requiring intervening equipment.Companies who are considering automatic control, please use by all means.
Our company’s absolute encoder is a precision movement amount and position measurement device.
Although it is an encoder, the measurement itself is not a concept of bit or pulse.
Simply sensing the amount of movement of the rotated spindle is only direct sensing.
(The image looking at the analog clock by visual observation → It is converting to digital signal)
In other words, in this practical example, when the encoder spindle synchronized with the precision ball screw rotates by 3.6 °, 0.001 mm is digitally outputted. (0.100 mm when rotating 360 °)
Absolute position and movement amount can be detected without requiring intervening equipment.Companies who are considering automatic control, please use by all means.