Components may be damaged as a result of a collision.
|
FALLING OR EJECTED PARTS |
oThoroughly inspect all components of the robot and all components attached to the robot, including the motor and the gearbox, for damage after a collision. oDo not use the robot if any of the components are damaged or suspected to be damaged. |
Failure to follow these instructions can result in death, serious injury, or equipment damage. |
Verifying the Robot After a Collision
NOTICE |
COLLISION OF COMPONENTS |
Replace upper arms, lower arms and/or parallel rods if dents or cracks are observed or otherwise detected. |
Failure to follow these instructions can result in equipment damage. |
Step |
Action |
---|---|
1 |
Verify the components for completeness. If any components are missing, locate the same and remove them from the surrounding machinery. |
2 |
Replace damaged or missing components. |
3 |
Verify the upper arms, lower arms and parallel rods for visible dents or cracks. Dents reduce the strength of the arms and may cause component breakdown. |
4 |
Verify the calibration by moving the upper arms to the calibration tool. NOTE: If the tolerance requirements for calibration are not met, then replace the upper arms. |
5 |
Verify the lower arms and the parallel rods for straightness. |
6 |
Release the brakes and manually move the robot to verify the ease of operation. |
7 |
Close the brakes and verify that there is a small backlash in the gearboxes and no cracking noises. |
In case of other repairs beyond those described in the present document, contact your local Schneider Electric service representative.