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4.3.2 Position control (external pulse command)
P0-01 control mode selection
Set to 6: external pulse mode
P0-10 pulse instruction form
Set the pulse form
0-CW/CCW
1-AB
2-P+D
P0-11 Motor pulse numbers per rotation*1
P0-12 Motor pulse numbers per
rotation*10000
P0-13 Electronic gear ratio (numerator)
P0-14 Electronic gear ratio (denominator)
P0-92~P0-93 32-bit electronic gear ratio
(numerator)
P0-94~P0-95 32-bit electronic gear ratio
(denominator)
Setting of command pulse number required
for one revolution of motor
P0-11 and P0-12=0, P0-13/P0-14 are
effective
P0-11~P0-14 are 0, P0-92~P0-95 are valid
32-bit electronic gear ratio (numerator):
P0-92*1 + P0-93 *10000
32-bit electronic gear ratio denominator:
P0-94*1 + P0-95 *10000
P0-09 Pulse command setting
You can set the command direction and
filter time of low-speed pulse respectively
4.3.2.1 External pulse position mode
Control the position by external pulse
4.3.2.2 Forward direction of pulse instruction and pulse form
1. set the forward direction of pulse instruction
forward direction of
pulse instruction
P0-09 will change the counting direction of the internal counter in the servo system. The counting
direction determines the rotation direction of the motor. Therefore, this parameter can be adjusted if the
actual rotation direction of the motor is different from the expected direction in the position mode.
Low speed pulse
command filter time
P0-09.2 is pulse filter time. It can enhance the anti-interference ability of low-speed pulses (less than
200K). When the input is less than 700K, the maximum filtering time F is recommended. When the input
pulse frequency exceeds 1M, the filtering time should not be more than 7.
Predistribution of
input pulse command
filter
P0-09.3 setting value is n (range is 0~7), the received pulse number is 2^-n of normal one. The received
frequency is 2^-n of original one.
For example, pulse number per rotation is 10000, sending frequency is 10KHz, pulse number is 10000,
when P0-09=1000, then U0-12=5000, U0-00 is 2^-n of original one.