Equipment Maintenance Report Template

The reason this document is addressed to the budget holder rather than to the maintenance file is that it is the only one in the set that exists to produce a decision. A work order records what was done. A log records what has been spent. A checklist records that a machine was looked at properly on a schedule. None of them asks anybody for anything. This report does: it says here is the state of your asset, here is what it will cost to keep, here is what it will cost not to, and here is what we think you should do. That changes what belongs in it and what does not. Component-level detail belongs in it only where it supports the recommendation, which is why every grading carries evidence beside it and why eleven components are graded rather than described. Technical narrative about how the work would be carried out does not belong in it at all, because the reader is not deciding how. The short-version block exists for the same reason and is deliberately the last thing written and the first thing printed. Anyone who has issued these knows the pattern: a careful twelve-page report is read as far as the summary, a decision is made from that summary, and the remaining eleven pages serve only to defend the decision later if somebody questions it. Writing the summary last means it says what the report actually found rather than what the author expected to find when they started, and printing it first means the decision is made from the right page.

18,600 spent so far plus the 680 recommended now is just over 19,000, and against a replacement cost of 48,000 that is 40 percent. The repair itself is trivially cheap and obviously worth doing in isolation: a drive-end bearing with vibration above its alert level, 680 to fix, four hours off, and a consequence of bearing failure and shaft damage if it is left. Nobody would argue about it. The 40 percent figure is what turns a trivial decision into a real one, because it says that across its life this machine has already consumed two fifths of the price of a new one, and the three to five years that the repair buys has to be set against the fifteen a replacement would give. That is not an argument the maintenance team can settle and it is not one the budget holder can settle without the number, which is precisely why the number sits on the report rather than in somebody's head. Sorted by that share, a drawer of these reports is next year's capital replacement list already in priority order. The forward-looking service that keeps this machine running is the equipment maintenance checklist, and the spend history behind the figures is the equipment maintenance log.

Almost every repair-or-replace decision is made on the wrong comparison, which is the cheap number today against the large number today. Framed that way a repair wins every single time, because 680 is obviously less than 48,000, and it keeps winning year after year until the machine fails in a way that cannot be repaired and the replacement happens anyway, on the worst possible day, at a premium, with no lead time. The comparison that settles it honestly is cost per year of life bought. A repair at forty percent of replacement that buys three to five years is costing roughly a tenth of the replacement price per year of service, against a new machine that costs about a fifteenth per year and carries a warranty, current parts availability and better efficiency. On those terms this particular press is marginal rather than obvious, which is the correct answer and the one the budget holder deserves to be given. The third option is the one that is almost never written down: doing nothing, which is not free and whose price is the downtime cost per hour multiplied by the failure that is now a matter of when. This report asks for all three because a recommendation that only prices the thing being recommended is an argument rather than an analysis. The same logic at building scale, where the components are roofs and plant rather than bearings, is a building condition assessment.