Equipment Work Order Template
One record for work on a single piece of equipment. It carries the asset identity down to the serial number, the meter reading before and after, the criticality that decides how fast anyone responds, and the isolation and permit steps that have to be evidenced before a spanner is picked up.
- Meter reading at start, finish and last service
- Criticality A, B or C against the asset
- Isolation and permit steps, ticked and timed
- Warranty status, before you pay for the part
Equipment Work Order
Asset record, meters, isolation and work
| # | Work performed | Done | Hrs | Notes |
|---|---|---|---|---|
| 1 | Identify the asset by ID, not by description | |||
| 2 | Set work type, priority and production impact | |||
| 3 | Take the meter reading before you start | |||
| 4 | Complete the isolation and permit steps in order | |||
| 5 | Prove the zero energy state before working | |||
| 6 | Return to service, test, and remove locks last |
A preview of the real document. The download is the complete file.
Download the equipment work order template
Free, editable and yours to rebrand. Pick a format. You'll get all three, so you have the printable version too.
- Word (.docx) for editing the isolation steps and criticality definitions to match your procedures.
- Excel (.xlsx) where running hours between services, parts, labour and the job total calculate themselves.
- PDF print-ready, for the permit file and the signature on site.
Who this equipment work order is for
Four people read this document, and each of them wants a different line out of it.
Reliability engineer
You are calculating intervals and failure rates. The meter readings at start, finish and last service are what make mean time between failures a number rather than an estimate.
Maintenance planner
You are scheduling against criticality and stock. Work type, criticality and the parts used decide what gets a PM, what gets a spare on the shelf, and what runs to failure.
Maintenance technician
You are the one filling it in, often on a permit. The isolation rows and the zero energy state proved line are what protect you, in that order.
Production or operations manager
You are answering what the job cost you in output. Production impact and the requested completion date are the two entries that decide whether the work waits for a shutdown.
Where an equipment work order is used
The document is the same shape everywhere. What changes is which fields carry the weight.
| Setting | What the form has to capture there |
|---|---|
| Manufacturing | Line impact and meters. Parent system or line, production impact and running hours matter more than the location description. |
| Utilities and energy | Permits and proof. The isolation block, the permit reference and the zero energy state row are the fields an inspector reads first. |
| Healthcare estates | Criticality and warranty. An A-critical asset out of service, and whether the repair is chargeable, drive the whole response. |
| Facilities and building services | Parent system. Whether the asset serves one room or the whole floor decides the priority far more than the asset itself. |
| Fleet and plant hire | Meters and modification history. Cycles or hours at each service, and any commissioning or modification work, are what a resale or a claim rests on. |
What an equipment work order should include
An equipment work order is the record that authorises work on one identified asset and documents the readings, the safety steps and the work performed. It names the equipment by ID, captures the meter reading before and after, evidences the isolation and permit steps taken, and closes with the parts, labour and the failure detail.
Fields every work order needs
- Work order number
A unique reference, e.g. EWO-2026-1180
- Date and time raised
When the request came in, not when you got there
- Priority
Set at intake, from the contract, before anyone forms a view
- Site and location
Where the work happens, precise enough to find unaided
- Raised by and contact
Who asked, and how to reach them on arrival
- Target completion
The time you are committed to, so the SLA is measurable
- Parts and materials
Item, quantity, unit price and who it is charged to
- Labour
Date, who attended, hours and rate
- Sign-off
Both signatures, named and dated
Fields specific to an equipment work order
| Field | What goes in it | Why it earns its place |
|---|---|---|
| Equipment or asset ID | The tag on the machine, plus the parent system or line | Turns a pile of jobs into asset history. Free-text descriptions drift and cannot be counted; an ID cannot be ambiguous. |
| Manufacturer, model and serial number | Copied from the plate, not from memory | What a parts enquiry, a warranty claim and a safety notice all need. Serial numbers are the field most often left blank and most often needed later. |
| Criticality | A critical, B important or C routine | Decides response before anyone forms a view on the day. Held against the asset rather than argued per job, it is what makes prioritisation consistent. |
| Work type | Corrective, preventive, inspection, modification or commissioning | Makes the workload countable. Modification and commissioning kept separate is what stops improvement work being mistaken for breakdowns. |
| Production or service impact | None, reduced output or stopped | The entry that decides whether the job waits for a planned shutdown. It also prices the delay. |
| Meter readings | Running hours, cycles or starts, production count or energy, at start, at finish and at last service | The page's whole argument. Interval-based maintenance drifts without it, and mean time between failures cannot be calculated at all. |
| Isolation and permit record | Risk assessment reviewed, permit issued, electrical and mechanical isolation applied, stored energy released, locks and tags applied, zero energy state proved, area barriered, locks removed, returned to service and tested | Ticked and timed, with who did it and the lock number. This is the block that is read first after an incident and the one nobody wants to be missing. |
| In warranty | Yes or no, with the expiry date | Asked before the part is paid for rather than after. It is a cheap field that occasionally saves the whole job cost. |
If you cut the form down, keep the meter reading at start. Everything reliability-related is built on it: service intervals that hold, mean time between failures, and the ability to say whether an asset is being worked hard or simply badly maintained. Taken at the finish only, it tells you when you left and nothing about what happened.
What it looks like filled in
A real job, filled end to end. This is the same job the Excel version totals for you.
| Meter | Unit | At last service | At start | At finish | Since last service |
|---|---|---|---|---|---|
| Running hours | hrs | 17980 | 18442 | 18446 | 462 |
| Cycles or starts | count | 41200 | 42610 | 42613 | 1410 |
| Production count | units | 1084000 | 1131500 | 1131500 | 47500 |
| Energy meter | kWh | 96420 | 101880 | 101884 | 5460 |
Work order EWO-2026-1180, asset PMP-07, centrifugal pump, criticality B, in warranty to March. Corrective work, production impact reduced output. Isolation: permit PTW-3318, electrical and mechanical isolation applied, stored energy released, zero energy state proved at 09:14, locks LK-22 and LK-23. Mechanical seal replaced under warranty, so parts at nil cost. Labour 2.75 hours. Read the last column and the service interval question answers itself: 462 hours against a 500-hour schedule, so this failure came early.
How do you fill in an equipment work order?
Fill it in the order the job happens, and take the meter reading before you touch the machine. Six steps, and the third is the one that is skipped when the line is down.
Identify the asset by ID and by plate
Asset ID, parent system or line, manufacturer, model and serial number. A description is not an identity, and two machines described the same way is how history gets mixed.
Set work type, priority and production impact
Corrective, preventive, inspection, modification or commissioning, with the criticality from the asset record rather than from the mood of the shift.
Take the meter reading before you start
Running hours, cycles, production count or energy, whichever the interval is based on. Taken afterwards it is worthless for calculating anything.
Work the isolation and permit steps in order, and time them
Risk assessment, permit, electrical and mechanical isolation, stored energy released, locks and tags applied, then prove the zero energy state. Record who and when against each.
Do the work and record the failure detail
What was found, what was done, parts with the warranty question answered, and labour. A part fitted under warranty still needs its line.
Return to service, test it, then remove the locks
In that order, and take the closing meter reading. Locks removed before the test is the sequence that causes incidents.
Equipment work order vs asset service history
They are related and they are not the same thing. One authorises a job; the other is what the jobs add up to.
| Aspect | Equipment work order | Asset service history |
|---|---|---|
| What it is | Authorisation and record for one job on one asset | Every job ever done on that asset, in order |
| Time span | Hours or days | The asset's whole life |
| The load-bearing fields | Meter at start, isolation record, parts, labour | Intervals, failure counts, total cost, modifications |
| What it answers | Was this job safe, done and paid for correctly | Is this asset worth keeping, and is the PM interval right |
| Who reads it | The technician and the supervisor, this week | The reliability engineer and the budget holder, yearly |
| How they connect | Each work order is one entry in the history | It only exists if the work orders carried the asset ID |
The history is not a separate document to maintain. It is what a run of work orders becomes, provided each one carried the asset ID and the meter reading. Work orders filed against descriptions rather than IDs produce no history at all, which is why the identity fields matter more than they look.
Where a document stops working
A form handles one job well. It handles an asset base badly, and the failure modes are consistent.
There is no version control
Somebody revises the isolation steps, prints the form, and two procedures are in use on the same site. Nothing tells you which job followed which.
Meter-based intervals cannot run
A service due every five hundred hours needs the readings compared automatically. On paper nobody compares them, so the interval quietly becomes whenever someone remembers.
The permit record is not searchable
An isolation block on a sheet is compliant only in theory. After an incident the question is every isolation on that asset for two years, and that is a folder search.
You cannot compute reliability
One form describes one job. Mean time between failures, cost per asset and which model fails earliest exist only across forms, and a folder cannot calculate them.
What running this in Facilio looks like
The template is the paper version of this record. The fields below are the same ones; the difference is that they become state the platform can act on.
Work Completion Validator
The meter reading becomes a condition of closing
On paper, a job is complete when someone signs it. Work Completion Validator checks the completion record against what the job required, so a job closed with no start reading, or with the isolation block incomplete, is caught while the technician is still on site.
Ops Performance Intelligence
Meter intervals become a live schedule
The readings you take at each visit drive hour-based and cycle-based schedules that warn before they are due, and roll up so you can see which assets are running hardest rather than reacting to whichever one failed.
Audit Report Intelligence
The isolation record becomes retrievable evidence
Permit reference, lock numbers, who applied each isolation and when, logged once against the asset and assembled into the report an investigator asks for instead of being searched for across a year of permits.
Contractor Work Tracker
Cost and warranty reconcile against the asset
Every part with its warranty answer and every labour line at an agreed rate become the running cost of that asset, so replacement is argued from its own history rather than from an impression.
Hallucination-free by design. Atom AI answers from the records in your tenant rather than generating plausible text, so an empty field reads as empty rather than filled in for you.
Frequently asked questions
What is an equipment work order?
An equipment work order is the record that authorises work on one identified asset and documents what was done. It captures the asset ID and plate detail, the work type and criticality, the meter reading before and after, the isolation and permit steps, the parts and labour, and the failure detail.
It differs from a general maintenance work order in the identity and the meters. Reliability work is built on being able to attribute every job to one machine and one reading.
What should an equipment work order include?
At minimum: a unique work order number, the date raised and by whom, the work type, the priority and production impact, the requested completion, the equipment ID and parent system, the manufacturer, model and serial number, the criticality, the warranty status, meter readings at start, finish and last service, the full isolation and permit record, the parts and labour, the failure detail, and both signatures.
Why take a meter reading before starting?
Because everything interval-based depends on it. A service due every five hundred running hours cannot hold if the reading is only captured at the end, and mean time between failures cannot be calculated at all.
It also tells you whether a failure was early. Four hundred and sixty-two hours into a five-hundred-hour interval is a different conversation from nine hundred.
What does criticality do on the form?
It decides response before anyone forms a view on the day. Held against the asset as A critical, B important or C routine, it makes prioritisation consistent between shifts and between people.
Argued per job instead, priority tracks whoever is loudest rather than what the business actually depends on.
Why is the isolation and permit block so long?
Because each line is a separate thing that has to be true: the risk assessment reviewed, the permit issued, electrical and mechanical isolation applied, stored energy released, locks and tags on, and the zero energy state proved.
Proving the zero energy state is the one that is skipped under time pressure, and it is the one that makes the difference between an isolation and an assumption. Locks come off after the test, never before.
What is the difference between an equipment work order and an asset service history?
The work order records one job. The service history is what a run of work orders becomes when each one carried the asset ID and the meter reading.
The history is not a separate document to maintain. Jobs filed against descriptions instead of IDs simply produce no history.
Can I edit and rebrand this template?
Yes. It is free to use, edit, rename and put your own logo on, internally or for clients. No attribution required.
The Word version is the one to edit if you want to change the isolation steps or the criticality definitions; the Excel version is the one to use if you want running hours between services, parts and labour to total themselves.
In one paragraph
An equipment work order records one job on one identified asset. Name the asset by ID and copy the plate, set the work type, priority and production impact, and take the meter reading before you touch the machine. Work the isolation and permit steps in order, timing each one, and prove the zero energy state before starting. Record what was found, the parts with the warranty question answered, and the labour. Return to service, test it, then remove the locks and take the closing reading.
The template is the floor, not the ceiling
A document records one job. A connected CMMS runs the asset base: meter-based schedules that hold, isolation records you can retrieve, and reliability figures that calculate themselves.
