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hardware flow control. It is an ideal choice in the field of industrial automation.Nine Questions and Answers on Common Faults in ABB Industrial Robot Applications
Question 1: Under what circumstances do I need to back up my robot?
Answer: 1. After the new machine is powered on for the first time.
2. Before making any modifications.
3. After completing the modification.
4. If the robot is important, conduct it regularly once a week.
5. It is best to make a backup on a USB flash drive.
6. Delete old backups regularly to free up hard drive space.
Second question: What does the alarm message 10106 maintenance time reminder mean when the robot appears?
Answer: This is the intelligent periodic maintenance reminder of ABB robots.
Question 3: What should I do if the robot enters a system failure state when it is powered on?
Answer: 1. Restart the robot.
2. If it doesn”t work, check whether there is a more detailed alarm prompt on the teaching pendant and handle it.
3. Restart.
4. If it still cannot be lifted, try B startup.
5. If it still doesn’t work, try P startup.
6. If it still doesn’t work, try I startup (this will return the robot to factory settings, be careful).
Question 4: Can robot backup be shared by multiple robots?
Answer: No, for example, the backup of robot A can only be used for robot A, not robots B or C, because this will cause system failure.
Five questions: What files can be shared in the robot backup?
Answer: If the two robots are of the same model and configuration. You can share RAPID programs and EIO files, but they must be verified before they can be used normally.
Question 6: What is the mechanical origin of the robot? Where is the mechanical origin?
Answer: The six servo motors of the robot have a unique fixed mechanical origin. Incorrectly setting the mechanical origin of the robot will cause problems such
as limited movement or malfunction of the robot, the inability to walk in a straight line, etc., and serious damage to the robot.
Question 7: How to cancel the robot 50204 motion monitoring alarm?
Answer: 1. Modify the robot action monitoring parameters (control panel – action monitoring menu) to match the actual situation.
2. Use the AccSet command to reduce the robot”s acceleration.
3. Reduce the v_rot option in the speed data.
Eight questions: What should I do if the robot alarms “50296, SMB memory data difference” when it is powered on for the first time?
Answer: 1. Select calibration in the ABB main menu.
2. Click ROB_1 to enter the calibration screen and select SMB memory.
3. Select “Advanced” and click “Clear Control Cabinet Memory” after entering.
4. Click “Close” when finished, then click “Update”.
5. Select “The control cabinet or robot has been exchanged, and the control cabinet is updated using SMB memory data.”
Question 9: How to customize the speed of robot trajectory in the RAPID program?
Answer: 1. Select program data in the main menu of the teaching pendant.
2. After finding the data type Speeddata, click New.
3. Click on the initial value. The meanings of the four variables of Speeddata are: v_tcp represents the linear operating speed of the robot, v_rot
represents the rotational operating speed of the robot, v_leax represents the linear operating speed of the additional axis, v_reax represents the rotational
operating speed of the additional axis, if there is no additional axis, then No need to modify the two.
4. The customized data can be called in the RAPID program.
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H4116 HIMA H 4116 Relay in terminal block case
H4122 HIMA H 4122 Relay in terminal block case
H7506 HIMA H 7506 Bus terminal
H7506 HIMA H 7506 Bus terminal
H7505 HIMA H 7505 Multifunctional interface converter
F8628X HIMA F 8628X communication module
F8628 HIMA F 8628 Ethernet communication
F8627X HIMA F 8627X ethernet module
F8627 HIMA F 8627 communication module
F8621A HIMA F 8621A Coprocessor module
F7131 HIMA F 7131 Power supply module
F7130A HIMA F 7130A Power supply monitoring with buffer batteries
F7126 HIMA F 7126 Power supply module
F7133 HIMA F 7133 Power distribution module
F6706 HIMA F 6706 2-fold Converter digital/analog
F6705 HIMA F 6705 2-fold Converter digital/analog
F6217 HIMA F 6217 8 fold analog input module
F6221 HIMA F 6221 Analog Input Module
F6220 HIMA F 6220 8 fold thermocouple input module
F6217 HIMA F 6217 8 fold analog input module
F6215 HIMA F 6215 analog input module
F6216 HIMA F 6216 8 fold analog input module
F6213 HIMA F 6213 4x analog input module
F6214 HIMA F 6214 4x analog input module
F3349 HIMA F 3349 digital output module
F3348 HIMA F 3348 digital output module
F3335 HIMA F 3335 digital output module
F3334 HIMA F 3334 4-channel output module
F3333 HIMA F 3333 4 fold output module
F3331 HIMA F 3331 8 fold output module
F3330 HIMA F 3330 8-channel output module
F3322 HIMA F 3322 16 fold output module
F5220 HIMA F 5220 2 fold counter module
F3248 HIMA F 3248 16-fold input module
F3240 HIMA F 32404 16-fold input module
F3237 HIMA F 3237 16-fold input module
F3224 A HIMA F3224A 4 16-fold input module
F3223 HIMA F 3223 4 fold input module
F3222 HIMA F 3222 digital input module
F3221 HIMA F 3221 16-fold input module
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