Allen Bradley Kinetix 5300 Drive Fault Codes List
Complete guide to Allen Bradley Kinetix 5300 fault codes. Troubleshoot CIP Motion faults, FLT codes, Safe Torque Off (STO) issues, and use Studio 5000 for axis diagnostics.
Kinetix 5300 Fault Codes Reference Table
Kinetix 5300 Fault Codes Reference Table
Kinetix 5300 Fault Codes Reference Table
| Fault Code and Meaning | Cause and Remedy |
|---|---|
| F02 Motor Commutation Fault |
Cause: Motor Commutation Fault detected. Remedy:
|
| F03 Motor Overspeed Factory Limit Fault |
Cause: Motor Overspeed Factory Limit Fault. Note: The loss of A/B signals from a TTL encoder isn't detected directly. Typically detected through excessive position/velocity error or motor overspeed. Remedy:
|
| F04 Motor Overspeed User Limit Fault |
Cause: Motor Overspeed User Limit Fault. Note: The loss of A/B signals from a TTL encoder isn't detected directly. Remedy:
|
| F05 Motor Overtemperature Factory Limit Fault |
Cause: Motor Overtemperature Factory Limit Fault. Remedy:
|
| F07 Motor Thermal Overload Factory Limit Fault |
Cause: Motor Thermal Overload Factory Limit Fault. Remedy:
|
| F08 Motor Thermal Overload User Limit Fault |
Cause: Motor Thermal Overload User Limit Fault. Remedy:
|
| F09 Motor Phase Loss |
Cause: Motor Phase Loss detected. Remedy:
|
| F10 Inverter Overcurrent Fault |
Cause: Inverter Overcurrent Fault. Remedy:
|
| F11 Inverter Overtemperature Factory Limit Fault |
Cause: Inverter Overtemperature Factory Limit Fault. Remedy:
|
| F13 Inverter Thermal Overload Factory Limit Fault |
Cause: Inverter Thermal Overload Factory Limit Fault. Remedy:
|
| F14 Inverter Thermal Overload User Limit Fault |
Cause: Inverter Thermal Overload User Limit Fault. Remedy:
|
| F15 Converter Overcurrent Fault |
Cause: Converter Overcurrent Fault. Remedy:
|
| F18 Converter OverTemp Factory Limit Fault |
Cause: Converter OverTemp Factory Limit Fault. Remedy:
|
| F20 Converter Thermal Overload Factory Limit Fault |
Cause: Converter Thermal Overload Factory Limit Fault. Remedy:
|
| F21 Converter Thermal Overload User Limit Fault |
Cause: Converter Thermal Overload User Limit Fault. Remedy:
|
| F23 AC Single Phase Loss Fault |
Cause: AC Single Phase Loss Fault. Remedy:
|
| F25 Pre-charge Failure Fault |
Cause: Pre-charge Failure Fault. Remedy:
|
| F29 Bus Regulator Thermal Overload Factory Limit Fault |
Cause: Bus Regulator Thermal Overload Factory Limit Fault. Remedy:
|
| F30 Bus Regulator Thermal Overload User Limit Fault |
Cause: Bus Regulator Thermal Overload User Limit Fault. Remedy:
|
| F31 Bus Regulator Failure |
Cause: Bus Regulator Failure. Remedy:
|
| F33 Bus Undervoltage Factory Limit Fault |
Cause: Bus Undervoltage Factory Limit Fault. Remedy:
|
| F34 Bus Undervoltage User Limit Fault |
Cause: Bus Undervoltage User Limit Fault. Remedy:
|
| F35 Bus Overvoltage Factory Limit Fault |
Cause: Bus Overvoltage Factory Limit Fault. Remedy:
|
| F41 Feedback Signal Noise FL |
Cause: Feedback Signal Noise FL. Remedy:
|
| F43 Feedback Signal Loss FL |
Cause: Feedback Signal Loss FL. Remedy:
|
| F44 Feedback Signal Loss UL |
Cause: Feedback Signal Loss UL. Remedy:
|
| F45 Motor Feedback Data Loss Factory Limit Fault |
Cause: Motor Feedback Data Loss Factory Limit Fault. Note: Applies to Hiperface feedback devices. Remedy:
|
| F46 Motor Feedback Data Loss User Limit Fault |
Cause: Motor Feedback Data Loss User Limit Fault. Note: Applies to all compatible feedback devices. Remedy:
|
| F47 Feedback Device Failure |
Cause: Feedback Device Failure. Remedy:
|
| F49 Brake Slip Exception |
Cause: Brake Slip Exception. Remedy:
|
| F50 Hardware Overtravel - Positive |
Cause: Hardware Overtravel - Positive. Remedy:
|
| F51 Hardware Overtravel - Negative |
Cause: Hardware Overtravel - Negative. Remedy:
|
| F54 Excessive Position Error Fault |
Cause: Excessive Position Error Fault. Remedy:
|
| F55 Excessive Velocity Error Fault |
Cause: Excessive Velocity Error Fault. Remedy:
|
| F56 Overtorque Limit Fault |
Cause: Overtorque Limit Fault. Remedy:
|
| F57 Undertorque Limit Fault |
Cause: Undertorque Limit Fault. Remedy:
|
| F61 Enable Input Deactivated |
Cause: Enable Input Deactivated. Remedy:
|
| Fc02 Motor Voltage Mismatch Fault |
Cause: Motor Voltage Mismatch Fault. Remedy:
|
| Fc05 Feedback Battery Loss Fault |
Cause: Feedback Battery Loss Fault. Note: Applies to only Kinetix TLP or Kinetix TLY-Axxxx-B encoders. Remedy:
|
| Fc06 Feedback Battery Low Fault |
Cause: Feedback Battery Low Fault. Note: Applies to only Kinetix TLP or Kinetix TLY-Axxxx-B encoders. Remedy:
|
| Fc07 Feedback Incremental Count Error Exception |
Cause: Feedback Incremental Count Error Exception. Remedy:
|
| Fc16 PWM Frequency Reduced Exception |
Cause: PWM Frequency Reduced Exception. Remedy:
|
| Fc26 Runtime Error |
Cause: Runtime Error. Remedy:
|
| nF01 Control Connection Update Fault |
Cause: Control Connection Update Fault. Remedy:
|
| nF02 Processor Watchdog Fault |
Cause: Processor Watchdog Fault. Remedy:
|
| nF05 Clock Skew Fault |
Cause: Clock Skew Fault. Remedy:
|
| nF06 Lost Controller Connection Fault |
Cause: Lost Controller Connection Fault. Remedy:
|
| nF07 Clock Sync Fault |
Cause: Clock Sync Fault. Remedy:
|
| nF09 Duplicate IP Address Fault |
Cause: Duplicate IP Address Fault. Remedy:
|
| SF09 Guard Stop Input Fault |
Cause: Guard Stop Input Fault. Remedy:
|
How to Read Kinetix 5300 Faults
Because the Kinetix 5300 is a CIP Motion drive, diagnostics are deeply integrated into the Logix environment. Here is the standard procedure for identifying issues in 2026:
- The LCD Display: Unlike the Kinetix 350’s simple numbers, the Kinetix 5300 LCD scrolls full text.
- FLT: Indicates a Fault that stops motion.
- ALM: Indicates an Alarm (Warning) that allows operation to continue.
- INHIBIT: Indicates the drive is prevented from starting (usually due to Safe Torque Off or Enable Input).
- Studio 5000 Logix Designer: This is the primary diagnostic tool.
- Locate the Axis in the Controller Organizer.
- Right-click and select Properties > Faults & Alarms.
- This view allows you to see the exact sub-code and timestamp of the error (e.g., “Position Error: Control Difference Exceeded”).
- Module Connection Tab: If the drive display shows “Connecting…” or “IP Address” indefinitely, check the Module Info tab in Studio 5000 to see if there is an “Electronic Keying” mismatch or firmware incompatibility.
Frequently Asked Questions (FAQ)
Q: How do I reset a Kinetix 5300 fault?
A: As a CIP Motion drive, you generally do not reset faults from the faceplate. You must use the Motion Axis Fault Reset (MAFR) instruction in your PLC ladder logic.
- If the fault is a “Major Fault” (like a short circuit), a power cycle may be required.
- Ensure the condition causing the fault (e.g., E-Stop pressed) is cleared before triggering the reset.
Q: What does “Safe Torque Off” (STO) or “Safety Active” mean?
A: The Kinetix 5300 supports both Hardwired Safety and CIP Safety (Networked).
- Hardwired: If you are using the STO connector, ensure the jumper or safety relay circuit is closed.
- CIP Safety: If you are using networked safety over Ethernet, ensure the Safety Connection in the PLC is running and the safety tags are high (1). If the network drops, the drive defaults to the safe state.
Q: Why is the drive showing an “Sxx” or “Mxx” code?
A: The Kinetix 5300 categorizes faults on the display:
- Sxx (System Faults): Issues with the drive hardware, memory, or firmware.
- Mxx (Motion Faults): Issues with the motor control, such as feedback loss, over-speed, or position error.
- Nxx (Network Faults): Ethernet/IP connection timeouts or IP address conflicts.
Comments
Post a Comment