In a power plant, the assets that never stop are the ones that decide your day the boiler feed pumps, forced and induced draft fans, the turbine, the compressors, and the motors driving all of them. When one develops a bearing fault, a lubrication problem or creeping misalignment, the warning signs show up weeks ahead: a rising vibration reading, a hotter bearing, oil that reads wrong. A structured rotating equipment maintenance checklist is how you catch those signs on a schedule instead of at 3 a.m. This guide walks the full inspection scope — turbines, pumps, fans, compressors, bearings, lubrication, alignment and vibration — and shows how OXMAINT AI turns every finding into a ranked work order. See it on your plant with a live demo.
Rotating Equipment Maintenance Checklist for Power Plants
The reading is easy; the follow-through is where programs stall. OXMAINT AI takes each vibration, bearing and lube reading off the route, trends it against the asset's limits, and turns any exceedance into a prioritized work order — so an inspection ends in a dispatched fix, not a note in a binder.
Six Rotating Equipment Classes, One Inspection Scope
Every machine below shares the same failure physics — bearings, lubrication, alignment and balance — but each carries its own critical checks. Group your asset register by class so the checklist matches what the technician is standing in front of. Start free and build your asset register in OXMAINT.
The Seven Inspection Domains — The Full Scope
Work each machine through these seven domains on its scheduled route. Every check captures a reading and a condition, so OXMAINT can trend it and — when a limit is crossed — raise the work order for you. Run it as a mobile checklist, not a clipboard. Book a demo to see the checklist run as a route.
Overall velocity RMS (mm/s) at drive, non-drive & driven bearings
Readings in horizontal, vertical & axial directions
Compare against ISO 10816 zone for the power class
1X peak dominant → imbalance suspected
High axial 1X/2X → misalignment suspected
Multiple harmonics → mechanical looseness
Bearing temperature vs baseline (rise = early warning)
Acceleration envelope for early defect frequencies
Confirm inner-race, outer-race, ball-spin & cage frequencies
Audible noise / grinding at the housing
Record bearing part number for defect-frequency calc
Housing & end-cap bolt torque check
Oil level, color & clarity against the sight glass
Particle count / ISO cleanliness code from sample
Wear-metal & water content in oil analysis
Correct grade & quantity of grease at each point
Re-lube interval met and logged (no over-greasing)
Breathers, seals & filters clean and intact
Laser / dial alignment within offset & angularity tolerance
Soft-foot checked and corrected before alignment
Coupling element for wear, cracks & backlash
Coupling & foundation bolt torque verified
Baseplate & grout for cracks or movement
Thermal-growth offset applied for hot running
Suction / discharge pressure within design range
Flow & capacity vs the rated duty point
Process & bearing temperatures logged
Motor current / load against nameplate
Cavitation, surge or abnormal noise noted
Control, trip & instrumentation reading true
Mechanical seal or packing leakage rate
Seal-flush & barrier-fluid system pressure
Cooling water flow & temperature to bearings/seals
Gaskets, flanges & casing for weeping
Heat exchangers / coolers fouling check
Guards & drains clear and in place
Readings captured on the mobile route, not on paper
Trend compared to the asset's baseline & alert limit
Findings photographed and attached to the asset
Any exceedance raised as a ranked work order
Lockout/tagout & permit status verified
Route completion & coverage reported
A Checklist That Ends in a Binder Has Never Prevented a Failure.
The reading is the cheap part now. Where rotating equipment programs quietly fail is the handoff — the vibration trend that sits in a spreadsheet while someone decides whether it's urgent, re-keys it into a maintenance system, and hopes the follow-up happens. OXMAINT AI takes the reading directly, trends it against the asset's limits, and raises the work order automatically — so the value of the inspection lands as dispatched work, not an archived number.
Vibration Severity: When a Reading Becomes a Work Order
Readings are only useful if they're triaged. ISO 10816 groups overall vibration velocity into four zones, so a reading turns from a number into a ranked action. The mm/s bands below are the widely-used values for a medium machine on a rigid foundation — set your alert limits 10–20% below the alarm boundary. Sign up free and rank readings by severity.
From Reading to Fix: Closing the Loop
The whole point of a checklist is the action at the end, and the value leaks at every manual handoff in between. This is the pipeline from a reading on the route to a closed work order — the loop OXMAINT AI runs so the inspection and the fix are one continuous record. Book a demo to walk this loop on your own plant.
Inspection Cadence: How Often to Run Each Route
Frequency follows criticality, not the calendar for its own sake. Anything showing a rising trend or an elevated alert jumps to more frequent monitoring immediately — and OXMAINT AI moves it up the schedule for you. Sign up free and auto-schedule routes by criticality.
Where OXMAINT AI Fits: Readings to Dispatched Work
The technician inspects; OXMAINT AI acts. It's the CMMS layer that captures each reading, trends it against the asset's limits, turns any exceedance into a ranked work order, and keeps every inspection and fix on one auditable record. Here's what your program gets. Sign up free and run your first route in OXMAINT.
We had checklists everywhere — spreadsheets, clipboards, a couple of vibration meters nobody trended. We were still surprised by bearing failures we'd technically inspected weeks earlier. Once the readings went into OXMAINT and every exceedance became a work order, the surprises stopped. Now a rising trend gets a job before it gets an outage — the program finally pays off, because the inspection ends in a fix instead of a spreadsheet.
Frequently Asked Questions
Make Every Reading on the Checklist an Action.
Stop inspecting rotating equipment into a binder. Run the full turbine, pump, fan and compressor scope on scheduled routes, trend every reading, and let OXMAINT AI raise the work order before the failure does. Start free — no credit card, unlimited users.
