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ABB Robot Error 10117 – Axis Resolver Drift: Causes and Fix
⚠️ Quick Fix for ABB Error 10117
If this error appears, try these immediate actions:
- Check resolver cables and connectors for looseness or damage
- Inspect servo drive modules for feedback anomalies
- Perform a manual axis test to detect mechanical resistance
- Restart the ABB IRC5 Controller using FlexPendant
ABB Robot Error 10117 – Axis Resolver Drift occurs when the ABB IRC5 Controller detects that the resolver feedback signal is drifting or out of expected range, which can cause motion inaccuracies or protective stops.
What Does ABB Error 10117 Mean?
Error 10117 indicates that:
- Resolver readings do not match expected axis positions
- Position feedback drifts beyond allowed tolerance
- Controller triggers an alarm to prevent unsafe motion
This typically results in:
- Axis stopping unexpectedly
- Inaccurate positioning during operation
- Repeated alarms if resolver drift persists
Typical Symptoms
- Unexpected axis stops or jerky motion
- Servo drive indicates feedback error
- Inconsistent trajectory during operation
- Alarm appears during high-precision or repetitive tasks
Common Causes of ABB Error 10117
Resolver or Encoder Issues
Resolver drift is often caused by faults in the resolver or encoder feedback system.
Common issues include:
1.Worn or failing resolver
2. Loose or damaged cables
3. Electrical interference or signal corruption
Regularly inspect resolvers for wear and ensure cables are secure to maintain accurate feedback.
Mechanical Wear or Misalignment
Mechanical wear, such as bearing or joint issues, can lead to backlash, causing the resolver feedback to drift.
Common issues include:
1.Worn bearings or joints
2. Gearbox wear leading to position errors
Inspect mechanical components for wear and lubrication issues to ensure smooth movement.
Servo Drive or Motor Issues
- Overheating affecting signal accuracy
- Drive module malfunction
Motion Programming Problems
- High speed or acceleration settings exaggerating feedback errors
- Incorrect payload compensation
External Disturbances
- Unexpected collisions or forces affecting axis
- Electromagnetic interference
How to Troubleshoot ABB Error 10117
Step 1: Inspect Resolver and Encoder
- Check for loose connections or damaged cables
- Ensure proper alignment and signal integrity
Step 2: Check Mechanical Components
- Inspect joints, bearings, and gears for wear or friction
- Lubricate or repair as needed
Step 3: Monitor Servo Drive
- Check for overheating or fault LEDs
- Review drive logs for abnormal torque or feedback errors
Step 4: Review Motion Program
- Reduce speed and acceleration
- Adjust path profiles and payload compensation
- Avoid abrupt motion commands
Step 5: Reset and Test
- Reset alarm via FlexPendant
- Perform controlled axis movement
- Observe if resolver drift persists
Step 6: Replace Components if Needed
- Replace resolver or encoder if drift continues
- Replace servo drive or motor if feedback issues persist
- Repair mechanical components causing backlash or resistance
Related Components That May Be Affected
- Axis servo motors
- Drive modules (ABB DSQC series)
- Resolvers and encoders
- Mechanical joints, bearings, and gearboxes
When Should You Replace Components?
- Resolver consistently reports position drift
- Servo drive or motor cannot maintain accurate feedback
- Mechanical components are worn or damaged
- Error persists after recalibration and inspection
💡 Need Replacement Parts or Repair Support? (High-Converting CTA)
Resolver drift errors can affect precision and production:
👉 Browse our ABB spare parts inventory for resolvers, servo drives, and axis mechanical components.
Preventing Axis Resolver Drift
- Inspect resolvers and encoders regularly
- Maintain mechanical alignment and lubrication
- Monitor servo drive temperatures
- Avoid exceeding speed, acceleration, and payload limits
- Use RobotStudio for simulation and early detection
Related ABB Robot Error Codes
- ABB Error 10110 – Axis Servo Fault
- ABB Error 10111 – Axis Servo Overload
- ABB Error 10112 – Axis Calibration Required
- ABB Error 10113 – Axis Torque Feedback Error
- ABB Error 10114 – Axis Motion Compensation Error
- ABB Error 10115 – Resolver Fault
- ABB Error 10116 – Axis Encoder Drift
- ABB Error 10014 – Motion Supervision Triggered
-
ABB Error 10020 – Encoder Signal Lost
Understanding these related faults can help identify underlying mechanical or electrical issues. For a complete list of ABB robot error codes and troubleshooting solutions, refer to our full ABB error code guide.
Recommended Parts for ABB Error 10117
Conclusion
ABB Robot Error 10117 – Axis Resolver Drift occurs when the feedback signal from the resolver is out of range, often due to resolver issues, mechanical wear, or servo drive anomalies.
By inspecting feedback devices, servo drives, mechanical components, and motion parameters, engineers can restore accurate and safe robot operation.
Quick Guide: Troubleshooting ABB Error 10117 FAQ
1. What causes ABB Error 10117?
Resolver wear, loose or damaged cables, mechanical backlash, or servo drive issues can trigger this error.
2. How do I fix axis resolver drift?
Inspect resolvers, encoders, and mechanical components; adjust motion parameters; recalibrate axes; replace faulty parts if necessary.
3. Can collisions trigger this error?
Yes, external forces or mechanical interference can cause feedback drift and trigger the alarm.
4. When should components be replaced?
Replace resolvers, drives, or mechanical components if drift persists after inspection and recalibration.
Explore the Full Guide: Industrial Robot Fault Codes Library → ABB Robot Error Codes
Explore the complete guide for troubleshooting, repair strategies, and component replacement across industrial robot systems.
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