Dobot M1 User Guide
6
Operation
Issue V1.0.4 (2018-01-31)
User Guide
Copyright © Yuejiang Technology Co., Ltd
90
VCC_24V is the output voltage of the I/O interface of Dobot M1. OUT
x
are the outputs
of the I/O interface (assuming that OUT0 and OUT1). Please select the proper outputs based
on site requirements. For details, please see
GND
24V
MCU
•
•
10k
•
Magnetic
Valve
VCC_24V
(
I/O
)
•
OUT
x
(
I/O
)
Internal Circuit
Figure 6.40 Connection between I/O interface and control device by default
Figure 6.41 shows the connection between I/O interface and control device with additional
power. The red box in Figure 6.41 shows the external drive circuit. You can make an external drive
circuit to meet the drive capacity requirements according to Figure 6.41.
VCC_24V is the output voltage of the I/O interface of Dobot M1. OUT
x
are the outputs
of the I/O interface (assuming that OUT0 and OUT1). GND is the ground of the I/O
interface. Please select the proper outputs based on site requirements. For details, please
see
24V is the external voltage. PGND is the ground corresponding to the external voltage.
GND
24V
MCU
•
•
10k
•
•
OUT
x
(
I/O
)
•
10k
10k
GND
(
I/O
)
•
VCC_24V
(
I/O
)
PGND
(External)
24V
(External)
Internal Circuit
Magnetic
Valve
Figure 6.41 Connection between I/O interface and control device with external drive
Example of Switching the Arm Orientation at the Same Point
In MOVJ or JUMP mode, if the two points are the same, only different in arm orientations, J1
or J4 may be limited when Dobot M1 is moving, resulting in an alarm generated. You need to modify
and resave the point for which the alarm is generated, and then clear the alarm manually.
The R-coordinate is the sum of the coordinates of J1, J2 and J4. The terminal posture relative