Robotic Arm Electrical Interface

1 Base electrical interface

1.1 Introduction to the base

A,Figure 1-1 shows the front ports and buttons on the base:底座IO Figure 2-3 Pedestal diagram

B. The interface on the left side of the base is shown in Figure 2-4:2.6.2.1.1-2

​ Figure 2-4 Left side view of the base

①:Robotic arm charging port: use a DC power socket with an outer diameter of 6.5mm and an inner diameter of 2.0mm; the 8.4V 5A DC power adapter provided by the manufacturer can be used to power the robot arm.

②:Bottom pinout: see table in next paragraph

③:USB2.0 and USB3.0 interfaces: interfaces for data connection with serial bus standards 2.0 and 3.0; users can use the USB interface to copy program files, or use the USB interface to connect peripherals such as mouse and keyboard.

④:Network port: the port for network data connection, the user can use the Ethernet interface for the communication and interaction between the PC and the robot system, and also for Ethernet communication with other devices.

⑤:Switch button: red is switch, I is power on, O is power off.

⑥:Raspberry Pi 4B comes with a USB port

⑦:Display interface: HDMI interface, which is HDMI D-type interface , connected to the display. HDMI interface 2 has priority, and HDMI interface 1 is recommended.

⑧:Speaker, headphone jack

1.2 Description of the bottom electrical interface

Note: Function interface group is 2.54mm Dupont interface, external can use 2.54mm Dupont wire.

​ A. Figure 1-4 shows the definition of each interface in a functional interface group.

Tag name Signal name Function Note
5V 5V Power supply, DC5V
5V 5V Power supply, DC5V
GND GND Motherboard power signal ground
NC NC -- Temporarily not open
NC NC -- Temporarily not open
18 GPIO18 3.3 V-out-PNP output /3.3 V-int input
GND GND Motherboard power signal ground
23 GPIO23 3.3 V-out-PNP output /3.3 V-int input
24 GPIO24 3.3 V-out-PNP output /3.3 V-int input
GND GND Motherboard power signal ground
25 GPIO25 3.3 V-out-PNP output /3.3 V-int input
08 GPIO08 3.3 V-out-PNP output /3.3 V-int input
07 GPIO07 3.3 V-out-PNP output /3.3 V-int input
01 GPIO01 3.3 V-out-PNP output /3.3 V-int input
GND GND Motherboard power signal ground
12 GPIO12 3.3 V-out-PNP output /3.3 V-int input
GND GND Motherboard power signal ground
16 GPIO16 3.3 V-out-PNP output /3.3 V-int input
20 GPIO20 3.3 V-out-PNP output /3.3 V-int input
21 GPIO21 3.3 V-out-PNP output /3.3 V-int input
3.3 3.3V DC3.3 V power supply
NC NC -- Temporarily not open
03 GPIO03 3.3 V-out-PNP output /3.3 V-int input
04 GPIO04 3.3 V-out-PNP output /3.3 V-int input
GND GND Motherboard power signal ground
17 GPIO17 3.3 V-out-PNP output /3.3 V-int input
27 GPIO27 3.3 V-out-PNP output /3.3 V-int input
22 GPIO22 3.3 V-out-PNP output /3.3 V-int input
3.3 3.3V DC3.3 V power supply
10 GPIO10 3.3 V-out-PNP output /3.3 V-int input
09 GPIO09 3.3 V-out-PNP output /3.3 V-int input
11 GPIO11 3.3 V-out-PNP output /3.3 V-int input
GND GND Motherboard power signal ground
00 GPIO00 3.3 V-out-PNP output /3.3 V-int input
05 GPIO05 3.3 V-out-PNP output /3.3 V-int input
06 GPIO06 3.3 V-out-PNP output /3.3 V-int input
13 GPIO13 3.3 V-out-PNP output /3.3 V-int input
19 GPIO19 3.3 V-out-PNP output /3.3 V-int input
26 GPIO26 3.3 V-out-PNP output /3.3 V-int input
GND GND Motherboard power signal ground

Description: Figure 1-5 shows other functions of the interface. If other functions are used, the I/O function is unavailable.

图

​ Figure 2-5

​ B. Power DC interface: The mecharm270 is powered by a 6.5mm od, 2.0mm OD, and a manufacturer's 8.4V 5A DC power adapter.

​ C. Switch: red is switch, I is power on, O is power off.

​ D. USB2.0 interface: serial port bus standard 2.0 interface for data connection; The USB port is used to copy program files and connect peripherals such as mouse and keyboard.

​ E. USB3.0 port (blue) : The port that uses serial bus 3.0 for data connection. The USB port is used to copy program files and connect peripherals such as mouse and keyboard.

图

​ Figure2-6 Defining USB ports

​ F. The network interface: (as shown in figure 1-7) ports for network data connection. Ethernet interfaces can be used for communication between a PC and a robot system or for Ethernet communication with other devices.

图

​ Figure 2-7 Network interface definition

​ G. HDMI port: The HDMI D-type port (as shown in Figure 1-8,1-9) connects to the monitor. HDMI port 2 has a priority, and HDMI port 1 is recommended.

图

​ Figure 2-8 HDMI TYPE D port 1

图

​ Figure 2-9 HDMI TYPE D port 2

​ H. Type C port: connects to the PC.

​ I. SD card socket: an SD card can be inserted and removed. The size of the SD card is 32mm x 24mm x 2.1mm

2 Mechanical arm end electrical interface

2.1 The end of the manipulator is introduced

​ A. Figure 2-1 show the side interfaces at the end of the manipulator.

2.6.2.1.1-3

​ Figure 2-1 End of the robotic arm

2.2 Description of terminal electrical ports

​ A. Table 2-1 shows the definition of each interface in a function interface group 4.

Tag name Signal name Function Note
5V0 5V Power supply, DC5V
GND GND Motherboard power signal ground
3V3 3V3 DC3.3 V power supply
G22 G22 3.3 V-out-PNP output /3.3 V-int input
G19 G19 3.3 V-out-PNP output /3.3 V-int input
G23 G23 3.3 V-out-PNP output /3.3 V-int input
G33 G33 3.3 V-out-PNP output /3.3 V-int input

​ Table 2-1 Functional port group 4

​ B. Type C interface: used to communicate with PC and update firmware.

​ C. Grove interface 4: Figure 2-2 shows the definition of Grove interface 4

图

​ 图2-2 Grove接口4

​ D. Steering gear interface: used for expanding the end of the gripper, currently supporting the use of adaptive gripper.

​ E. Atom: For 5X5 RGB LED (G27) display and button function (G39)

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