Manufacturing Equipment Downtime Troubleshooting Checklist

Minimize production losses with our Manufacturing Equipment Downtime Troubleshooting Checklist. Ensure rapid diagnosis and resolution of equipment failures, reduce costly delays, and keep your operations running smoothly. This essential checklist guides your support team through systematic troubleshooting, from initial reporting to final repair verification. Download now and optimize your uptime!

This Template was installed 2 times.

Initial Assessment & Safety

1 of 10

Immediate steps to ensure safety and gather preliminary information.

Equipment Location

Date of Incident

Time of Incident

Reporting Technician Name

Initial Description of Problem (from operator)

Immediate Hazards Observed (e.g., Electrical, Mechanical)

Ambient Temperature (Celsius/Fahrenheit)

Technician Safety Acknowledgement

Equipment Identification & History

2 of 10

Confirm equipment details and review previous maintenance/incident history.

Equipment Name

Equipment ID

Manufacturer

Model Number

Date of Last Maintenance

Previous Incident History (Summarize)

Equipment Status

Serial Number

Visual Inspection & Basic Checks

3 of 10

Perform a visual inspection and check for obvious issues (power, connections, error lights).

Equipment Location

Equipment Model Number

Power Supply Voltage (V)

Power Status (On/Off/Faulty)

Visible Damage (Select all that apply)

Describe Any Unusual Noises

Attach Photo of Equipment

Error Code/Message Investigation

4 of 10

Record and research any error codes or messages displayed.

Exact Error Code/Message

Description of Error Context

Error Code Frequency (if recurring)

Error Severity (e.g., Warning, Critical, Informational)

Related Process/Function Affected

Screenshot of Error Message (Optional)

Component Testing & Isolation

5 of 10

Systematically test individual components to isolate the fault.

Power Supply Voltage Check

Motor Current (Amps)

Sensor Reading Verification

Detailed Observations of Component Behavior

Connection Integrity Check (Cables, Wiring)

Component Temperature (Celsius)

Calibration & Adjustment

6 of 10

Check and adjust equipment calibration if applicable.

Current Calibration Value (Parameter 1)

Target Calibration Value (Parameter 1)

Adjustment Amount (Parameter 1)

Calibration Standard Used

Calibration Notes/Observations

Calibration Completion Date

Software/Firmware Verification

7 of 10

Verify software and firmware versions are correct and up-to-date.

Software Version Number

Firmware Version Number

Software Version Status

Firmware Version Status

Notes on Software/Firmware Version

Last Software Update Date

Attach Software/Firmware Version Report (if applicable)

Documentation & Repair

8 of 10

Record all troubleshooting steps, repairs, and parts replaced.

Detailed Description of Troubleshooting Steps Taken

Part Number of Replaced Component (if applicable)

Photos/Videos of Fault/Repair (optional)

Specific Tools Used for Repair

Date of Repair

Time of Repair Start

Time of Repair Completion

Technician Signature

Verification & Final Checks

9 of 10

Conduct final checks and tests to ensure equipment is operating correctly.

Output Value (e.g., Temperature, Pressure)

Cycle Time (Post-Repair)

Equipment Operating Normally?

Quality Check Passed?

Date of Verification

Time of Verification

Technician Signature

Root Cause Analysis & Preventative Actions

10 of 10

Identify the root cause of the downtime and implement preventative measures.

Detailed Description of Root Cause

Potential Root Cause Category

Estimated Downtime Cost (USD)

Contributing Factors (select all that apply)

Preventative Actions Proposed

Date Preventative Action Due

Responsible Party for Preventative Action

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