CKD ABSODEX AX1022 - AX Series Selection Guide: Continuous Rotation (3); Selecting Models for Continuous Rotation; Understanding Continuous Rotation Functions; Continuous Rotation Selection Method

78
AX Series
Selection guide (3)
When "continuous rotation" model is selected
What is continuous rotation?
Selection method
t 1
ta
td
t
0
Continuous
The following functions are available for continuous rotation.
For continuous rotation, select the model with the following formula.
Rotation speed : N (rpm)
Cycle time : t
0 (s)
Acceleration hour : ta (s)
Deceleration hour : td (s)
Max. rotation speed : Nmax (rpm)
Load torque (max.): T
m (N·m)
Load moment of inertia : J (kg·m
2
)
Output shaft moment of inertia : J
M (kg·m
2
)
Friction torque : Tf (N·m)
Working torque : Tw (N·m)
Output shaft friction torque : T
MF (N·m)
Nmax = N
Tm =
Trms = ·
5.53 (J + J M ) · + Tf + Tw · fc + T MF
· fc
720 · ta
2
6.82N · ta ·
Load torque (effective): Trms (N·m)
The above formula applies for ta td. If ta > td, then replace ta with td, and select.
3.91 (J + J M ) · + [(Tf + Tw) · fc + T MF ]
2
720 · ta
2
6.82N · ta ·
t 0
2ta
2
Continuous rotation
Equal index position stop
Output of time
1
2
3
In the example, the shaft accelerates at acceleration time: ta to set
speed: N, and when a continuous rotation stop is input, stops with
deceleration time: td.
: Continuously rotates at a set speed until the
continuous rotation stop signal is input.
: If used with equal division designation,
stops at an equal division when the
continuous rotation stop signal is input.
: If used with equal division designation, the
timing output pulse is output at the equal
division during rotation.