Actuonix L12-SS-GG-VV-P Kullanıcı Yapılandırma Kılavuzu - Sayfa 6
Kontrolör Actuonix L12-SS-GG-VV-P için çevrimiçi göz atın veya pdf Kullanıcı Yapılandırma Kılavuzu indirin. Actuonix L12-SS-GG-VV-P 9 sayfaları. Usb control and configuration of the linear actuator control board
Sayfayı Yazdır0x01 SET_ACCURACY
0x02 SET_RETRACT_LIMIT
0x03 SET_EXTEND_LIMIT
0x04 SET_MOVEMENT_THRESHOLD
0x05 SET_STALL_TIME
0x06 SET_PWM_THRESHOLD
0x07 SET_DERIVATIVE_THRESHOLD
0x08 SET_DERIVATIVE_MAXIMUM
0x09 SET_DERIVATIVE_MINIMUM
0x0A SET_PWM_MAXIMUM
0x0B SET_PWM_MINIMUM
0x0C SET_PROPORTIONAL_GAIN
0x0D SET_DERIVATIVE_GAIN
0x0E SET_AVERAGE_RC
0x0F SET_AVERAGE_ADC
Note: Whenever a command is sent, the LAC will echo back the command. The
exception is SET_POSITION, which returns the current position.
0x01 SET_ACCURACY:
This is the value controlled by the Accuracy Potentiometer. A value between 0-1023 is
accepted. When the feedback position is plus or minus this value, the actuator will stop
moving. Reducing this too far will result in the actuator continuously moving back and
forth, never reaching the set point. The default value is four. To find the equivalent
distance, use the formula:
For example, a value of four will give you +/- 0.117mm accuracy when controlling a
30mm actuator.
0x02 SET_RETRACT_LIMIT and 0x03 SET_EXTEND_LIMIT
These are the values that are set with the Limits Potentiometers. Setting the
Extend_Limit to 1023 and the Retract_Limit to zero will allow movement over the full
range. However, it is recommended to offset these values to ensure the actuator is never
driven into the physical end stops. This increases cycle life considerably. To set the
desired limits take the distance (mm) from the physical stop you wish to limit the actuator
to, and plug it into the following equation.
0x10 GET_FEEDBACK
0x20 SET_POSITION
0x21 SET_SPEED
0x30 DISABLE_MANUAL
0xFF RESET
Value
× Stroke
1024
4
× 30mm= 0.117mm
1024