Maintenance allows us to control and predict the reliability of the servo system

PREVENTIVE
MAINTENANCE

 

In this type of maintenance, motor components that show wear are regularly replaced to prevent failures or interruptions in production.

This strategy is based on the expected lifespan of each component and analyzes the underlying causes of deterioration to optimize performance and extend the equipment’s operational life.

PREDICTIVE
MAINTENANCE

 

It is carried out periodically, using the data obtained to predict possible failures before they occur and schedule interventions at the most convenient time.

The advantages include the reduction of unexpected breakdowns, decreased downtime, and greater effectiveness compared to corrective maintenance.

Tips to Prevent Servo Motor Downtime

 

The first signs of potential problems in servomotors occur when they exceed the maximum allowable current limit. This situation can be caused by the misalignment of the ball screw or other mechanical issues.

Signs That Maintenance is Needed

Check all other mechanical movements in the line after repairing the servomotor. These issues may be due to the loss of feedback signals from components such as the tachometer, encoder, or resolver. This situation can cause position errors, out-of-control conditions, and unexpected changes in direction.

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