Corrective Maintenance Servicing Checklist

Connecting equipment means verifying that lubrication is genuinely serviceable: that standard fittings are used throughout so no specialised extensions or adapters are needed, that only lubricants readily available within the established supply system are specified, and that lubrication instructions state the required lubricant types and application frequencies. Where bearings are shielded or isolated from oil splash and spray, pressure grease fittings should be provided. Lubrication requirements should also be minimised as far as practicable through design. Checking these points confirms that whoever services the equipment next can actually do so with what is on hand.

Fluid replenishment points should be positioned to reduce the risk of spillage, especially near vulnerable or easily damaged components. Filler openings should sit where they can be reached without specialised funnels or transfer equipment. Filler ports for combustible materials need to be kept away from heat sources and sparking hazards, with spark-resistant caps and nozzles fitted on such equipment. Fragile items such as fuel tank filler necks, flexible lines, pipe runs and cables should be routed so they are not used as footholds or handholds. Filler caps should snap securely and hold their open or closed state, and the openings themselves should be adequately sized round ports. Where applicable, cap assemblies also need to accommodate breather vents, dipsticks and strainers. Filler components are best placed outside enclosures wherever feasible, so no access doors, cover plates or hatches are required.

Drainage provisions should be supplied on all fluid tanks and systems, fluid-filled housings or pans, filter assemblies, float chambers, and any other component where retained fluid would complicate removal. Drain fittings should be standardised with minimal variation in type and size, applied consistently by application. Where drain plugs are used, they should operate with standard hand tools and leave adequate clearance for both tool access and technician workspace. Drain cocks and valves need clear labelling of their open and closed positions and the required direction of movement; they should close clockwise and open counterclockwise, and the handle should rest downward when closed. Position drain points so discharged fluid cannot contact technicians or sensitive equipment, so fluid empties directly into waste containers without adapters or auxiliary piping, and so combustible fluids do not flow toward or accumulate around starters, exhaust systems or other ignition hazard areas. Drains belong at the lowest elevation where complete drainage or fluid separation is needed, such as removing water from fuel tanks, and they must stay readily accessible without specialised tools. Where preparatory steps are needed before draining, provide instruction plates or labels.

Record the date, who prepared the report, and the location. Work through each servicing question and answer it against the equipment in front of you. Note that the answer scale is Yes, No or N/A, so an item that does not apply to the unit should be marked N/A rather than answered around. Complete the filler cap and service opening checks as a distinct group, covering secure snapping and reliable open or closed state, adequately sized round access ports, accommodation of breather vents, dipsticks and strainers, and external placement of filler components wherever feasible. Sign the record, note the finish time, and capture the actual inspection start and end dates. Those fields are what make the document traceable for regulatory purposes and give you an accountable service history.