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BONMET motion GmbH/www.bonmet.com/www.bonmet.de
Demo or point to point mode selection
Control mode:All
Details:This function is used to set the command type of demo mode or point to point mode.
Set the parameter value to 0, the drive will work in torque demo mode. From step 1 to 16(torque commands from parameters
Pn-72~ Pn-87), servo runs each step one by one and loops forever. In every step torque value and lasting time can be set
independently.
Set the parameter value to 1, the drive will work in speed demo mode. From step 1 to 16(speed commands from parameters
Pn-88~ Pn-103), servo runs each step one by one and loops forever. In every step torque value and lasting time can be set
independently.
Set the parameter value to 2, the drive will work in position demo mode, From step 1 to 16(position commands from parameters
Pn-104~ Pn-183), servo runs each step one by one and loops forever. In every step position, speed, acceleration and maximum torque
value can be set independently.
Gain (PID) parameter switching mode
Control mode:All
Details:This parameter is used to set the gain parameter switching mode.
Fixed to the first set of PID parameters
Fixed to the second set of PID parameters
Switch the PID parameters by position deviation
Switch the PID parameters by speed deviation
Switch the PID parameters by motor speed
Switch the PID parameters by motor output torque
Note: Please refer to chapter 5 section 5.11 for details.
Trigger value of gain (PID) parameter switching
function
Control mode:All
Details: This function is used to set the trigger value of gain parameter switching function, it is valid while set Pn-65 to 3/4/5/6.
② The parameter unit depends on Pn-64. As set Pn-65 to 3, the unit is pulse; set Pn-65 to 4 or 5, the unit is rpm; set Pn-65 to 6, the
unit is %.
The second position loop proportional gain
(PID2)
Control mode:Position control mode
Details:This parameter is used to set the second position loop proportional gain, customers can switch it from the second speed loop
proportional gain, please refer to chapter 5 section 5.11 for gain switching function.
Higher gain results in greater mechanical stiffness and less position tracking error. Too large value may cause overshoot or
oscillation.
Note:For different motor, the default value is different.