Bearing Lubrication Program Compliance Checklist [FREE PDF]

A documented bearing lubrication program is a foundational requirement of effective asset management under ISO 55000 and SMRP Best Practices, directly impacting equipment reliability and total cost of ownership. Studies indicate that 36% of premature bearing failures are caused by inadequate or incorrect lubrication, making systematic compliance verification critical. This checklist provides a structured audit framework to ensure lubrication intervals, lubricant selection, application methods, c

• Industry: Industrial Maintenance
• Frequency: Quarterly
• Estimated Time: 30-45 minutes
• Role: Reliability Engineer
• Total Items: 40
• Compliance: ISO 55000:2014 - Asset Management System Requirements, SMRP Best Practices 5th Edition - Lubrication Management, OSHA 29 CFR 1910.147 - Control of Hazardous Energy (LOTO), ISO 4406:2021 - Hydraulic Fluid Cleanliness Classification, ANSI/AGMA 9005-F16 - Industrial Gear Lubrication

Lubrication Program Documentation and Governance

Verify that a formal, documented lubrication program exists and is accessible to all relevant personnel.

• Is a formal written bearing lubrication program document in place and approved by management?
• Is the lubrication program document current (reviewed within the last 12 months) and version-controlled?
• Does the program include a complete lubrication route list with all bearings, points, lubricants, and intervals?
• Are lubrication tasks integrated into the CMMS with work orders generated automatically per schedule?
• Is a lubricant cross-reference chart available listing approved substitutes and incompatibility warnings?

Lubricant Selection, Storage, and Handling

Audit lubricant selection criteria, storage conditions, and handling practices to prevent contamination.

• Are lubricants selected based on OEM specifications, operating speed (DN value), load, and temperature range?
• Are lubricants stored in a dedicated, clean, temperature-controlled storage area away from contaminants?
• Are all lubricant containers clearly labeled with product name, grade, application, and date received?
• Is a FIFO (First In, First Out) inventory rotation system in practice for all lubricant stocks?
• Are dispensing containers (grease guns, oil cans) dedicated to specific lubricants and labeled accordingly?

Contamination Control and Cleanliness Standards

Verify that contamination control measures are implemented to maintain lubricant cleanliness targets.

• Are target ISO cleanliness codes defined and documented for all oil-lubricated bearing applications?
• Are oil filtration systems (kidney loop, inline filters) installed and filter elements changed per schedule?
• Are bearing housing breathers/vents clean, functional, and rated for the application environment?
• Are lip seals and bearing seals inspected regularly and replaced before they allow contaminant ingress?
• Are oil samples collected at consistent, documented sample ports using proper sampling equipment?

Grease Application Methods and Compliance

Audit grease application quantities, methods, and frequency compliance for rolling element bearings.

• Are grease quantities applied based on calculated fill volumes (using bearing bore × OD × width formula) rather than estimates?
• Are grease guns calibrated and output volumes verified per grease gun calibration procedure?
• Are relief plugs or pressure-venting provisions used when re-greasing to prevent bearing seal damage from over-pressure?
• Are grease fittings (zerks) cleaned before and capped after every lubrication event to prevent contamination?
• Are motors and high-speed bearings (>3600 RPM) lubricated only with greases rated for high-speed applications?

Lubrication Interval and Route Compliance

Verify that lubrication routes are being completed on schedule with proper documentation.

• What is the current lubrication route completion rate for the audit period?
• Are lubrication intervals adjusted for condition-based triggers (oil analysis results, temperature, vibration)?
• Are bearings operating in high-temperature environments (>150°F) on accelerated lubrication intervals?
• Are lubrication records (who, what, when, how much) completed and retained in the CMMS for all routes?
• Are seasonal or operational change adjustments to lubrication intervals documented with engineering approval?

Oil Analysis and Condition Monitoring

Assess the oil analysis program for sampling frequency, laboratory selection, and results-based action management.

• Is a formal oil analysis program in place covering all oil-lubricated bearings and gearboxes?
• Are oil analysis results reviewed within 72 hours of laboratory receipt and acted upon per alarm severity?
• Are baseline oil analysis results established for all equipment on the sampling program?
• Are wear metal trend charts maintained and reviewed quarterly to identify deteriorating equipment?
• Are corrective actions from oil analysis alarm results documented and tracked to completion in the CMMS?

Technician Training and Competency

Verify that personnel performing lubrication tasks are trained and competent per program requirements.

• Have all technicians performing lubrication tasks completed formal lubrication training within the past 2 years?
• Are technicians trained on LOTO requirements before performing lubrication tasks on energized or guarded equipment?
• Are training records for lubrication program personnel documented, current, and accessible for audit?
• Do technicians demonstrate correct grease quantity calculation and dispensing technique during observed tasks?
• Is there a documented lubrication program champion or coordinator responsible for program oversight and improvement?

Program Effectiveness Metrics and Audit Closeout

Review lubrication program KPIs and document audit findings with improvement actions.

• Is the percentage of bearing failures attributed to lubrication causes tracked as a KPI?
• What is the overall lubrication program compliance score for this audit period?
• Have all corrective actions from the previous quarterly lubrication audit been completed and verified?
• Provide a summary of key findings, top deficiencies, and recommended program improvements from this audit.
• Has this audit report been reviewed and signed off by the Maintenance Manager or Plant Engineer?

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Why Use This Bearing Lubrication Program Compliance Checklist [FREE PDF]?

This bearing lubrication program compliance checklist [free pdf] helps industrial maintenance teams maintain compliance and operational excellence. Designed for reliability engineer professionals, this checklist covers 40 critical inspection points across 8 sections. Recommended frequency: quarterly.

Ensures compliance with ISO 55000:2014 - Asset Management System Requirements, SMRP Best Practices 5th Edition - Lubrication Management, OSHA 29 CFR 1910.147 - Control of Hazardous Energy (LOTO), ISO 4406:2021 - Hydraulic Fluid Cleanliness Classification, ANSI/AGMA 9005-F16 - Industrial Gear Lubrication. Regulatory-aligned for audit readiness and inspection documentation.

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