Before the KUKA robot is put into operation for the first time, it is necessary to carry out a review to ensure that the equipment and equipment are in perfect condition, functional, safe and faulty. It is necessary to comply with the labor protection regulations of the country and region where the location is located, and it is also necessary to test the safety performance of all safety circuits.
1. General view:
It is necessary to ensure:
1. Correctly place and fix KUKA industrial robots according to the instructions in the literature.
2. There are no objects or damaged, dropped, or loose parts in KUKA industrial robots.
3. All necessary protective equipment has been properly installed and functional.
4. The equipment power of KUKA industrial robots is consistent with the local power supply voltage and grid standard. Grounding safety leads and potentiometric balanced leads are planned to have sufficient capacity and are properly mated.
5. The connecting cable has been correctly connected and the plug has been locked.
2. Check the safety function:
It is necessary to carry out functional tests for the following safety functions to ensure their normal operation:
1. The local emergency abort device (the urgent abort button on the KCP) a, the external emergency abort device (input and output) recognizes the equipment (under the test operation method), and the operator protects the equipment
2. All other safety-related input and output other external safety functions used in the input
3. Check the low-speed control system:
The process for this review is as follows:
1. Program and plan a straight line trajectory, and choose the highest possible speed when programming.
2. Determine the length of the trajectory.
3. Under the operation method T1, the robot is operated along the planned trajectory with 100% of the conditioning amount, and the running time is measured with a stopwatch.
4. The speed can be calculated from the length of the trajectory and the measured running time.
Fourth, in the case of the following results, the low-speed control system can operate normally:
1. The measured speed is not allowed to be greater than 250mm/s.
2. The manipulator runs the trajectory according to the programmed setting (i.e., straight line operation, no deviation).
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