Kinco FD5P AC series servo driver
册
Chapter 6 Operation modes and control modes
Table 6-20 Full closed loop mode
Fill in the resolution of the external
encoder
0: normal mode
1: closed position mode
2: closed velocity&position mode
1: direction by wiring
0: reverse direction
The corresponding relationship between the
main encoder and the motor encoder detects
the filtering time. If the counting direction
inconsistency time reaches this threshold, the
main encoder ABZ fault is reported
When the full closed-loop control is 1 and the
proportional relationship between the main
encoder and the motor encoder is not 1:1, it is
necessary to set the correct full closed-loop
spindle check and full closed-loop slave shaft
check. The full closed-loop spindle check is
used to set the ratio of the motor encoder, and
the full closed-loop slave shaft check is used to
set the ratio of the main encoder.
When the full closed-loop control is set to 2,
the master-slave shaft check can be used to
prevent the main encoder from slipping during
operation. When the running speed of the main
encoder and the running speed of the motor
are not within the ratio range of the full closed-
loop spindle check/full closed-loop slave shaft
check, the full closed-loop fault will be
reported. When any value of the master/slave
axis check is 0, the full closed-loop fault
detection is not enabled.
Position information from the external encoder
Speed information from the external encoder
The main encoder port input pulse electronic
gear front count
0
:
CW/CCW
,
Double pulse mode
1
:
P/D
,
Pulse direction mode (factory default)
2:A/B,Orthogonal (incremental encoder) mode
The full closed-loop main encoder and motor
speed fluctuation ratio detection can
appropriately increase the ratio when the
inevitable flexible connection slip occurs
between the main shaft and the main shaft.
The full closed-loop control wiring is shown in the figure below:
①Use the regular pulse interface to connect the external encoder signal, the output frequency of the
external encoder is required to be below 500KHz, and the signal voltage range is 3.3-30VDC.