Communication between the welding robot and the welding machine:
1. Analog communication
2. Digital Communications
Analog communication, generally directly connects the analog interface of the welding machine with the analog module of the robot (but also requires relay protection according to the requirements of the welding machine manufacturer, and some welding machine analog communication requirements plus relay protection). For the convenience of system control, we stipulate that the analog module of the robot is connected to the output voltage and the channel (2) is connected to the output current.
Communication between the robot and the welding machine:
The communication of ANYNUS, ANYBUS is the equipment of communication between the welding machine and the robot, the connection method of the welding machine end is to connect one end of the communication cable binding post with the digital communication interface of the welding machine, and the other end is connected to the 5 wiring ports of ANYBUS, the communication between the robot and ANYBUS, from the last drive out to terminate a network cable to the port 1 at the bottom of ANYBUS, and then connect another network cable from port 2 to the I/O module of the robot. ANYBUS ITSELF ALSO REQUIRES A 24V DC POWER SUPPLY FROM THE ROBOT CABINET.
For the HSpad device, put the teach pendant APK device package and welding process package of the demand device into the U disk, and put it in the root directory, insert the U disk into the teach pendant, enter the file directory of the teach pendant through the touch screen, select the HSpad device package of the demand device in the /udisk directory, and click to confirm the device. Open the app when you're done.
The device of the welding process package first puts the welding process package under the root directory of the U disk, pierces the U disk to the teach pendant and opens the Hspad, selects in the menu interface: configuration - robot configuration - process package, installs and unloads the welding process package, restarts the HSpad completion device and unloads.
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Composed...
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1. Wipe the robot's shaft.
2. Check the accuracy of TCP.
3. Check the oil level of the residue.
4. Check whether the zero position of each axis of the robot is accurate.
5. Clean the filter behind the oil tank of the welder.
6. Clean the filter at the inlet of the compressed air.
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