130
Socket string format: get_speed()
example: get_speed()
the speed unit is mm/s
the return string is formated in key-value pair, the key is the funciton name,
the value is the value from robot, like this: get_speed:500. If any error occurred,
you will get get_speed:error_message
22 check the state of the robot
Socket string format: state_check()
example: state_check()
the return string is formated in key-value pair, the key is the funciton name,
the value is the value from robot, if the robot is in normal state, you will get:
state_check:1, if the robot is not in normal state, you will get: state_check:0. If
any error occurred, you will get get_speed:error_message
23 check if the robot is running
Socket string format: check_running()
example: check_running()
the return string is formated in key-value pair, the key is the funciton name,
the value is the value from robot, if the robot is running, you will get:
check_running:1, if the robot is not running, you will get: check_running:0. If
any error occurred, you will get get_speed:error_message
24 set the torque limit of the robot
Socket string format: set_torque_limit(axis,torque)
example: set_torque_limit(x,10.0)
the axis can be x,y or z
the unit of torque is N
the return string is formated in key-value pair, the key is the funciton name,
the value is the value from robot, like this: set_torque_limit:[ok]. If any error
occurred, you will get set_torque_limit:error_message.
25 open a g_code formated text file
Socket string format: program_open(file_path_name)
example: program_open(/usr/a,txt)
the return string is formated in key-value pair, the key is the funciton name,
the value is the value from robot, if success: program_open:0. If any error
occurred, you will get program_open:error_message.
26 run a g_code formated text file from the given line
Summary of Contents for myCobot Pro 600
Page 1: ...1 Elephant Robotics User Manual myCobot Pro 600 Language English Compiled in 2022 3 28...
Page 27: ...27 Fig 2 9 State of Being Not Powered On...
Page 28: ...28 Fig 2 10 In the Process of Being Powered On Fig 2 11 Completion of Being Powered On...
Page 35: ...35...
Page 37: ...37 3 2 Product Appearance and Composition Fig 3 1 Product Composition...
Page 38: ...38 3 3 Working Principles and Specifications 3 3 1 Working Space...
Page 39: ...39 3 3 2 Coordinate System DH parameters and coordinate system Fig 3 2 DH Coordinate System...
Page 40: ...40 Fig 3 2 DH Coordinate Parameter...
Page 45: ...45 Fig 3 10 Size Parameters of End Mounting Hole...
Page 75: ...75 Figure 2 25 Language and unit 6 Time Figure 2 26 shows the time setting page...
Page 88: ...88 Figure 3 13 Network settings...
Page 95: ...95 Figure 3 21 Basic Settings...
Page 113: ...113 Figure 4 17 Subprogram Figure 4 18 Display subroutine...
Page 135: ...135 Fig 5 88 Connect to RoboFlow Fig 5 89 Connected Successfully...