Cobots & Robotic Arm
Introduction to Robotics
3/26/26
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Duration:
PT02M48S
Video Transcript
This video describes the basic setup of
0:05
the robot. The robot has two joints. We
0:09
can see orange rings at the back cover
0:11
of each
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joint. In turn, you can see
0:14
[Music]
0:17
face
0:19
shoulder, elbow, wrist one, wrist two,
0:22
wrist three, six axis.
0:28
Two M12 ports on the end of the robot.
0:31
Separate eight pole IO interface. Five
0:33
pole 485 interface and IO port provides
0:37
two digital inputs and outputs. One
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analog input and output. The N485
0:42
interface supports a number of devices
0:45
that have been adapted to the robot such
0:47
as grippers, force sensors, etc. The
0:51
LEDs on the end of the robot reflect the
0:54
current state of the robot. defaults to
0:56
manual mode after startup when the LED
0:59
is
1:00
green. In manual mode, press and hold
1:03
the end drag button to enter drag mode.
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The end LED turns white cyan and you can
1:09
drag the robot as you like. Release the
1:12
drag button and the end reverse to
1:15
[Music]
1:17
green. Switching the robot to automatic
1:20
mode via web app or button box and the
1:22
LED turns blue. The overall program can
1:26
be run in automatic
1:28
mode. The robot can move in the
1:30
direction of the coordinate system.
1:33
First is the base coordinate system. The
1:36
origin is located in the center of the
1:38
robot base and the XYZ direction is
1:42
fixed. Let's look at the movement based
1:44
on the base coordinate system below.
1:50
Next is the tool coordinate system which
1:53
is located at the end by default with
1:55
the origin at the center of the end of
1:58
the robot
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flange. Moving in the tool coordinate
2:04
[Music]
2:12
system and then the workpiece coordinate
2:15
system. The default is the same as the
2:17
base coordinate
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system. The two coordinate system must
2:22
be established before modifying the
2:24
workpiece coordinate
2:27
system. Moving in the workpiece
2:30
coordinate
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[Music]
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system. That's the robot introduction.
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Thanks.