Manufacturing checklist template
Preventive Maintenance Checklist
Run preventive maintenance in one structured workflow, from asset criticality and schedule control through safe isolation, mechanical and electrical servicing, safety-device checks, condition monitoring, testing, records, and verified return to service.
Are hazardous energy sources controlled and all safeguards restored before the equipment returns to service?
Maintenance Manager | Keep equipment isolated | Correct the defect, test safeguards, and approve safe restart
Select an answer to preview the workflow.
About this checklist
What a preventive maintenance checklist should help you verify
Verify that planned maintenance is scheduled according to asset risk and condition, safely executed to defined technical standards, fully documented, and closed only after safeguards, function, and return-to-service readiness are verified.
When
Scheduled PM, shutdown windows, and maintenance follow-up
Use it for time-based, usage-based, and condition-triggered preventive maintenance, planned shutdown work, recurring service tasks, safety-device PM, and post-maintenance verification.
Who
Maintenance, reliability, engineering, operations, and EHS
Maintenance technicians, reliability teams, engineering, EHS, production leaders, operators, supervisors, planners, stores teams, and asset owners can share execution and verification ownership.
Outcome
Consistent PM execution and fewer preventable equipment failures
Create comparable records for schedules, isolation, readings, servicing, lubrication, electrical condition, safeguards, defects, reliability trends, actions, and authorized return to service.
Complete PM checklist
60 checks across PM scheduling, safe isolation, baseline condition, mechanical and electrical servicing, fluid systems, safeguards, structures, condition monitoring, testing, records, and action closure
Ten sections, sixty checks. Expand any section, then adapt the checklist to asset criticality, manufacturer instructions, approved PM plans, equipment-specific energy-control procedures, site risk assessments, operating conditions, and applicable OSHA requirements.
Section 1PM programme, asset criticality, intervals, and schedule control
- Confirm the asset ID, manufacturer, model, serial number, location, duty, and maintenance owner match the current asset register and PM work order.
- Verify each maintainable asset has an approved preventive-maintenance strategy based on manufacturer guidance, risk, asset criticality, operating hours, duty cycle, environment, and failure history.
- Check PM tasks define clear frequencies or triggers, acceptance criteria, required readings, tools, consumables, parts, competencies, and evidence expectations.
- Review overdue PM, deferred maintenance, repeat breakdowns, safety-critical defects, temporary repairs, chronic alarms, and production constraints before confirming the schedule.
- Verify maintenance intervals are reviewed when equipment is modified, operating conditions change, failures recur, inspection results deteriorate, or manufacturer guidance is updated.
- Confirm the PM calendar or CMMS prevents safety-critical tasks from being silently deferred and routes missed or overdue work to a named owner and escalation path.
Section 3Baseline inspection, condition readings, cleaning, and defect discovery
- Inspect the equipment and surrounding area before maintenance for leakage, contamination, corrosion, overheating, damage, unusual wear, loose parts, unsafe access, or other abnormal conditions.
- Record applicable baseline readings such as vibration, temperature, pressure, flow, current, voltage, speed, level, run time, cycle count, differential pressure, or alignment.
- Compare current readings with approved limits, previous PM results, condition-monitoring trends, and manufacturer guidance to identify deterioration requiring additional work.
- Clean accessible equipment surfaces, cooling paths, vents, filters, drip areas, sensors, guards, and inspection points as required without introducing contamination or damaging components.
- Confirm defects discovered during PM are documented separately from the routine task, risk-assessed, and either corrected within the job or transferred to controlled follow-up work.
- Verify any unsafe condition identified during PM triggers an appropriate stop-use, restriction, isolation, or escalation decision before the equipment is returned to service.
Section 5Electrical systems, motors, controls, panels, and protective devices
- Inspect accessible electrical enclosures, conductors, insulation, cables, plugs, connectors, conduits, cable glands, strain relief, and terminals for damage, overheating, looseness, or contamination.
- Verify grounding and bonding connections remain intact where required and no protective earth conductor, pin, lug, or connection has been removed or bypassed.
- Check motors, cooling fans, vents, terminal boxes, contactors, relays, overloads, fuses, breakers, disconnects, and control components for condition, cleanliness, heat damage, or abnormal operation.
- Review recurring trips, blown fuses, insulation issues, nuisance faults, arcing evidence, hot spots, or temporary electrical repairs and confirm underlying causes are addressed.
- Verify electrical cabinets, dead fronts, junction-box covers, barriers, labels, doors, and fasteners are fully restored after PM and no tools, debris, or unused conductors remain inside.
- Confirm required electrical access and working space, equipment identification, ventilation, and panel surroundings are maintained clear for safe operation and maintenance.
Section 7Guards, interlocks, emergency stops, safety devices, and access controls
- Confirm guards, covers, shields, barriers, access panels, fasteners, and protective enclosures removed for PM are correctly reinstalled before release.
- Verify point-of-operation guards, nip-point protection, rotating-part guards, and power-transmission safeguards remain secure, correctly positioned, and free from damage or unauthorized modification.
- Function-test emergency stops, interlocks, guard switches, light curtains, presence-sensing devices, limit switches, two-hand controls, and other safety devices where applicable and safe to test.
- Confirm no jumper, bypass, defeated interlock, taped switch, missing guard, temporary wiring, or disabled safety logic remains after maintenance.
- Inspect ladders, platforms, handrails, steps, access doors, service clearances, maintenance lighting, and safe access points associated with routine PM tasks.
- Record any safety-device failure or recurring safeguard defect as a priority corrective action and keep the equipment restricted or isolated until acceptable protection is restored.
Section 9Condition monitoring, calibration, spares, and reliability improvement
- Review available condition-monitoring data such as vibration, thermography, oil analysis, ultrasound, motor-current analysis, pressure, temperature, or performance trends for developing faults.
- Verify instruments, sensors, torque tools, test equipment, protective devices, and monitoring devices used for PM are within applicable calibration or verification status.
- Confirm critical spare parts and replacements are correct for the equipment, traceable where needed, stored to prevent deterioration, and not replaced with unauthorized substitutes.
- Check parts consumed during PM, premature wear, repeated adjustments, abnormal contamination, and defect history are analyzed for reliability improvement opportunities.
- Verify recurring maintenance findings trigger review of task content, interval, operating practice, component selection, lubrication strategy, design, training, or condition-monitoring needs.
- Confirm approved changes to PM tasks, intervals, parts, settings, or maintenance strategy are documented, version-controlled, and communicated before the next scheduled cycle.
Section 2Work-order planning, safe isolation, permits, and job readiness
- Confirm the PM work order identifies the exact equipment, task scope, planned date, estimated duration, responsible technician, and required verification or approval.
- Identify electrical, mechanical, hydraulic, pneumatic, thermal, pressure, gravitational, spring, chemical, and other hazardous-energy sources affected by the PM task.
- Verify the equipment-specific energy-control procedure accurately covers shutdown, isolation, lockout or tagout, stored-energy control, verification, and safe restart for the planned servicing work.
- Confirm authorized employees apply required locks or tags and stored or residual energy is relieved, blocked, restrained, bled, grounded, or otherwise rendered safe before maintenance.
- Check required electrical, hot-work, confined-space, line-breaking, work-at-height, lifting, or other permits and barricades are available where the PM task creates those hazards.
- Verify required approved parts, lubricants, filters, seals, fasteners, calibrated tools, manuals, drawings, schematics, and special equipment are available before the job starts.
Section 4Mechanical drives, bearings, lubrication, alignment, fasteners, and wear
- Inspect bearings, shafts, couplings, gears, sprockets, chains, belts, rollers, pulleys, slides, guides, seals, and other mechanical components for wear, looseness, damage, or misalignment.
- Verify every lubrication point receives the approved lubricant, grade, quantity, method, and interval and is not over-lubricated, contaminated, mixed, or left dry.
- Check lubricant reservoirs, sight glasses, grease lines, automatic lubricators, breathers, filters, seals, and contamination controls are clean, serviceable, and at approved levels.
- Measure or verify alignment, belt or chain tension, backlash, runout, clearances, end play, bearing condition, and other applicable mechanical settings against defined limits.
- Confirm anchors, structural bolts, critical fasteners, retaining devices, keys, locking hardware, and equipment mounts are secure and torqued or retained as specified.
- Review abnormal wear patterns, repeat component replacement, lubrication failures, or recurring misalignment for root-cause action rather than repeatedly restoring the same condition.
Section 6Hydraulic, pneumatic, cooling, pressure, and utility-system PM
- Inspect hydraulic and pneumatic hoses, tubes, fittings, cylinders, valves, manifolds, couplings, and connections for leakage, abrasion, blistering, cracking, damage, or insecure routing.
- Verify filters, strainers, breathers, reservoirs, coolers, heat exchangers, dryers, drains, fans, and fluid levels are serviced or replaced at the defined interval.
- Confirm hydraulic oils, coolants, compressed-air treatment fluids, and other service fluids use the approved specification, quantity, cleanliness level, and contamination-control method.
- Check pressure gauges, regulators, relief devices, accumulators, pressure switches, alarms, temperature controls, and protective devices are serviceable and set within approved limits.
- Verify hoses and lines are supported and routed away from crushing, sharp edges, hot surfaces, moving parts, excessive bend, vibration, and foreseeable mechanical damage.
- Investigate recurring leaks, pressure loss, repeated hose failures, temporary clamps, blocked cooling, or bypassed protections rather than treating them as routine PM observations.
Section 8Structures, housekeeping, corrosion, environment, and supporting components
- Inspect frames, bases, welds, mounts, foundations, anchors, platforms, brackets, covers, and structural members for cracks, corrosion, deformation, looseness, or impact damage.
- Verify drains, drip trays, sumps, containment, housekeeping, and waste-removal arrangements prevent accumulated oil, coolant, debris, dust, water, or combustible material around equipment.
- Check cooling-air paths, ventilation openings, heat sinks, fans, louvers, and environmental controls are clean and unobstructed.
- Inspect seals, gaskets, covers, enclosures, weather protection, corrosion coatings, and ingress-control features for deterioration appropriate to the operating environment.
- Confirm sensors, switches, indicators, labels, signs, lubrication points, inspection windows, and maintenance access points remain identifiable and accessible.
- Verify environmental conditions such as excessive dust, moisture, heat, vibration, chemical exposure, or washdown are considered when setting PM frequency and component protection.
Section 10Post-maintenance testing, work-order closure, backlog, CAPA, and sign-off
- Confirm tools, rags, temporary supports, waste, removed parts, jumpers, hoses, cables, and maintenance materials are cleared and the equipment is fully reassembled before restart.
- Verify lockout or tagout removal, employee notification, area clearance, restart, and return of energy follow the approved energy-control and operating procedure.
- Function-test the equipment through applicable operating modes and confirm no abnormal noise, vibration, leakage, temperature, alarms, control faults, or safety-device failures remain.
- Record work completed, parts and consumables used, measurements, settings, defects found, technician, date, verification evidence, and any changes to the next PM requirement.
- Assign unresolved defects, repeat failures, overdue work, or reliability improvements to a named owner with risk level, due date, interim control, evidence requirement, and escalation path.
- Record final PM status, unresolved critical risks, return-to-service approval, next planned maintenance date or trigger, technician, reviewer, date, and sign-off.
Take it with you
Download the printable PDF to run scheduled maintenance consistently, record C, PC, NC, or NA findings, capture readings and evidence, flag safety-critical defects, and verify return-to-service readiness.
Use the complete checklist during your next preventive maintenance cycle
This internal template supports manufacturing preventive maintenance. Apply current manufacturer instructions, approved PM and energy-control procedures, equipment-specific risk assessments, and applicable legal requirements as controlling references.How to use it
Turn preventive maintenance into a controlled reliability workflow
Plan the right task at the right interval, control hazardous energy, complete the defined service and condition checks, then keep defects open until testing and evidence support safe release.
Plan the PM scope and interval
Confirm asset criticality, task content, frequency, work order, parts, tools, competencies, permits, and equipment-specific energy-control requirements.
Inspect, service, and measure
Capture baseline condition, clean, lubricate, adjust, inspect mechanical and electrical systems, service utilities, and record required readings.
Restore safeguards and test
Reinstall guards and covers, remove tools and temporary controls, restore energy safely, function-test equipment, and verify safety devices.
Close work and improve the plan
Record work and findings, assign follow-up defects, approve return to service, analyze recurring issues, and adjust PM tasks or intervals when evidence supports it.
Live interactive demo
See how preventive maintenance works when it is managed in Taqtics
Use the digital workflow to schedule PM, capture live readings and service evidence, flag critical defects, assign accountable follow-up, and compare recurring equipment issues across locations.
Capture asset, task, readings, servicing evidence, defects, comments, technician, verification, and maintenance history together.
Keep unsafe equipment isolated, create follow-up work, assign ownership, and escalate unresolved guarding, energy, electrical, or mechanical risks.
Track completed PM, overdue tasks, repeat failures, critical defects, follow-up actions, and closure speed across assets and plants.
Illustrative website demo. Responses are not stored or submitted.
Why digitize it
A clearer way to manage preventive maintenance across every manufacturing location
Taqtics connects PM schedules, asset context, readings, live evidence, critical defects, follow-up work, approvals, and reporting across plants and departments.
Verify every scheduled PM
Capture the asset, task, reading, condition, service evidence, finding, technician, owner, and maintenance history together.
Standardize maintenance execution
Use consistent tasks, intervals, acceptance criteria, C/PC/NC/NA outcomes, evidence rules, deadlines, and escalation paths.
Close defects before they repeat
Assign safety, mechanical, electrical, lubrication, utility, reliability, and backlog actions with proof and approval.
Compare asset reliability
Track overdue PM, repeat failures, critical defects, recurring component issues, follow-up work, and closure speed across sites.
Frequently asked questions
Preventive maintenance checklist FAQs
What should a preventive maintenance checklist cover?
It should cover the PM programme and schedule, asset and work-order scope, hazardous-energy control, condition readings, mechanical and electrical servicing, lubrication, fluid systems, safeguards, structural condition, condition monitoring, post-maintenance testing, records, defects, and return-to-service approval.
How should preventive maintenance frequency be set?
Use manufacturer guidance together with asset criticality, operating hours, duty cycle, environment, condition-monitoring results, failure history, safety consequence, production impact, and inspection trends. Review the interval when evidence shows the current frequency is too short or too long.
Does planned preventive maintenance require lockout/tagout?
When servicing or maintenance exposes employees to unexpected energization, startup, or release of stored energy, OSHA 29 CFR 1910.147 requires hazardous-energy controls. The equipment-specific procedure and the exact task determine how isolation and verification are applied.
What evidence should be captured during PM?
Record the asset, task and interval, baseline and post-maintenance readings, service performed, parts and consumables, defects found, photos where useful, technician, date, safety controls, functional-test results, follow-up work, verification evidence, and return-to-service approval.
How should defects found during preventive maintenance be handled?
Document the defect separately from the routine PM task, assess its risk, apply any required stop-use or interim control, assign a named owner and due date, and keep the issue open until acceptable evidence confirms correction.
How should repeat failures affect the PM programme?
Repeated defects, premature component replacement, chronic alarms, unplanned downtime, or recurring adjustments should trigger root-cause review and consideration of changes to the task, interval, component, lubrication strategy, operating condition, design, training, or condition-monitoring approach.
Digitize every stock audit
Run retail stock audits with live evidence and accountable variance control
Maintain one operational view of count completion, stock accuracy, value variance, shrink risk, open actions, approvals, and recurring inventory-control issues.
Printable PDF | Free Taqtics trial | No credit card required