Denso RC5 Specifications Page 439

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Chapter 14 Multitasking Control Statements
14-15
Note 1: Robot control priority is automatically released in the
following cases.
If an END command is executed (Except for an END
command at the end of a called program)
If a KILL command is executed
If a HALT command is executed
If a STOP command is executed
If the robot controller is initialized with the teach pendant
or I/O.
Note 2: If a TAKEARM command is executed, the system
automatically executes the following process.
The TOOL definition is initialized to TOOL 0. The work
coordinates are set to the base coordinates of the robot.
The internal speed, internal acceleration and internal
deceleration are set to 100.
Note 3: The system does not release during program suspension.
(2) extended-joints
If a task holding no arm group attempts to execute any of the following motion
commands, an error will occur. Before executing those commands, get the arm
semaphore (Arm Group) by using the TAKEARM command.
Commands Requiring Arm Group
Commands Requires:
HOME, TOOL, WORK, APPROACH, DEPART,
DRAW, GOHOME, MOVE, ROTATEH, ROTATE,
CHANGETOOL, CHANGEWORK, DRIVE, DRIVEA,
SPEED, JSPEED, ACCEL, JACCEL, DECEL,
JDECEL, INTERRUPT, LETENV, Motion
optimization library, and Arm motion library
Arm group involving
robot joints
DRIVE, DRIVEA, SPEED. JSPEED. ACCEL,
JACCEL, DECEL, JDECEL, INTERRUPT,
LETENV, and POSCLR
Arm group that may
or may not involve
robot joints
Notes
(1) The DRIVE and DRIVEA commands require an arm group involving a
joint(s) to move.
Example: DRIVE (7,10)
To move the 7th joint, the task should hold the arm group involving the 7th
joint.
(2) The MOVE command with EX (EXA) option requires the arm group involving
robot joints and extended-joints which are invoked by the EX (EXA) option.
Example: MOVEP,P0EX((7,10))
The arm group should involve robot joints as well as the 7th joint.
(3) The speed setting commands will only change the speed of joints involved
in an active arm group currently held in the task.
(4) The LETENV command requires an arm group involving joints associated
with parameters to be changed.
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