Equipment-Pad Visual Inspection

This is a non-invasive inspection. It helps a technician decide whether normal service may proceed and which specific procedure controls next. It does not authorize opening electrical enclosures, disturbing gas components, releasing pressure, removing lids or clamps, moving valves, clearing alarms, or disassembling equipment.

Use four observation states

Assign each material observation one state:

• Normal: consistent with the documented property baseline and no adverse evidence is present.
• Monitor: not a current failure, but a documented change or trend should be checked on later visits.
• Service exception: requires an approved maintenance, diagnostic, manufacturer, repair, or licensed-trade workflow.
• Stop and escalate: presents an apparent immediate or serious hazard, or makes the planned task unsafe.

“Old,” “dirty,” or “unfamiliar” is not automatically a diagnosis. Describe what can be observed: location, state, reading, sound, smell, temperature indication, moisture pattern, and change from baseline.

As-found operating condition

• Record whether the system is off or operating and identify the visible pool, spa, spillover, cleaning, heating, freeze-protection, or other active mode.
• Listen before approaching closely. Note grinding, screeching, rattling, cavitation-like noise, repeated starts, relay chatter, or a sound that differs from the property baseline.
• Check for smoke, burning odor, gas odor, strong chemical odor, or unusual heat without leaning over or opening equipment.
• Observe the ground and equipment from a safe position for active spraying, flooding, fresh wetness, mineral tracks, corrosion, or prior leak staining.
• Capture a required exception photo before a control, valve, basket, lid, or operating condition changes.

Pad and surroundings

• The route and working area are stable, adequately lit, and free of uncontrolled slip, trip, sharp-object, pest, and overhead hazards.
• Drainage, irrigation, roof runoff, stored hoses, vegetation, soil, and debris are not directing water or combustible material into the equipment area.
• Required equipment access and ventilation areas are not visibly blocked by storage, landscaping, fencing, covers, or customer property.
• Tools, chemicals, fuels, paint, fertilizer, trash, and combustible material are not stored against hot, electrical, or oxidizing equipment.
• Equipment labels and safety markings needed for the planned task are present and readable from a safe position.

Do not decide clearance compliance from memory. When placement appears questionable, document measurements or photographs only within scope and compare them with the exact installation manual or refer the condition.

Electrical, controls, and bonding

• Panels, covers, conduit, fittings, switches, disconnects, timers, automation, pump drives, and junction areas appear closed and intact.
• No exposed conductor, open knockout, loose cover, scorch mark, melted plastic, arcing evidence, repeated breaker trip, or shock indication is present.
• No standing water, active leak, irrigation, or condensation path is contacting or approaching electrical equipment.
• Visible bonding conductors and lugs have not obviously separated, but no claim is made about electrical compliance from visual inspection alone.
• Displays and indicator lights are recorded before an alarm, schedule, mode, or command changes.

Do not open a drive or electrical enclosure as part of this checklist. Representative pump instructions warn that hazardous stored electrical charge can remain even when power is removed. Electrical diagnosis, testing, installation, and repair follow the exact model procedure and applicable qualified scope.

Plumbing, valves, and circulation path

• Trace the visible suction path into the pump and the pressure path through the filter, optional heater or treatment equipment, and returns.
• Record valve positions that establish the active pool, spa, cleaner, feature, or bypass path.
• Look for cracked fittings, displaced pipe, unsupported loads, severe vibration, active drips, spray, air or water at a union, and fresh mineral or corrosion evidence.
• Check whether transparent lids, sight glasses, flow indicators, or pump pots show an abnormal condition without opening them.
• Compare visible pressure, flow, speed, and valve state with the documented baseline for this exact property and operating mode.

A gauge reading is meaningful only with context. Pump speed, valve position, water level, filter condition, and gauge accuracy can all affect it. Record the as-found value; do not label it high or low solely from a universal number.

Pump and strainer area

• The pump and drive appear securely positioned, dry where intended, unobstructed, and free of obvious casing, lid, cord, conduit, or control damage.
• The pump pot appears full, partly aerated, empty, surging, or otherwise different from baseline while operating.
• No active shaft-area leak, housing leak, overheated appearance, unusual vibration, or repeated priming cycle is present.
• The lid, drain plugs, unions, and visible seals appear seated; do not tighten or open them during the visual checklist.

If the pump is not primed or behaves abnormally, move to the approved diagnostic entry. Repeated restarts can damage equipment or worsen an unsafe condition.

Filter and pressure-containing equipment

• Identify the filter type and record the displayed pressure in the current known mode and speed.
• The tank, lid, clamp, band, air-relief assembly, gauge, unions, drain, and base show no obvious crack, deformation, displacement, active leak, or missing part.
• No one is leaning over, standing beside, opening, striking, or adjusting a pressure vessel during inspection.
• Compare the current reading with the property's clean baseline rather than a generic target.

Do not loosen a clamp, lid, gauge, air relief, union, or drain as part of this checklist. The task-specific filter procedure must establish shutdown, energy control, verified pressure release, correct reassembly, and restart.

Heater, heat pump, and gas area

• Record whether heating is commanded, operating, idle, or showing an error before changing the mode.
• Look for soot, scorching, melted material, severe corrosion, damaged cabinet panels, unusual condensation, leaking water, blocked air paths, or combustible storage.
• Check for gas odor without manipulating a gas valve, fitting, regulator, or combustion component.
• Observe visible venting, exhaust, intake, condensate, pad support, and clearances for obvious obstruction or damage; refer to the exact manual before drawing a compliance conclusion.
• Do not reach into, open, or attempt to ignite a heater under this visual checklist.

Gas odor, flame outside the intended combustion area, soot, exhaust concern, or repeated ignition fault requires the controlling emergency, manufacturer, or qualified-trade response.

Sanitizer, chemical feeder, and chemical storage

• Identify visible salt cells, feeders, injection points, chemical pumps, controllers, probes, ozone or UV equipment, and check valves in the circulation path.
• Record output, flow, warning, or error indications before changing a setting.
• Look for cracked housings, salt or scale deposits, active leaks, damaged cords, collapsed tubing, wet chemical residue, or corrosion at nearby equipment.
• Chemical containers are closed, labeled, dry, and separated from incompatible material under their labels and SDSs.
• No container is swollen, leaking, open, contaminated, water-damaged, or positioned to drain into another chemical or electrical equipment.

Do not open a feeder, mix residue, smell a container deliberately, or use one chemical's tool with another. Chemical handling belongs to the applicable product and safety procedure.

Automation and final decision

• Record active schedules, manual overrides, service mode, freeze protection, remote-disconnect state, and visible communication errors relevant to the visit.
• Confirm the displayed state agrees with observable equipment operation; a screen command alone does not prove flow, heat, or sanitizer output.
• Identify the major manufacturer, model, and serial information that is safely readable and update missing property records.
• Choose the next task-specific SOP, diagnostic, or referral based on the observed state.
• If routine service proceeds, preserve enough information to restore the property to its approved normal condition afterward.

Common inspection failures

• Tunnel vision: inspecting only the component named in the complaint while missing water approaching a panel, a chemical leak, or an unsafe filter condition nearby.
• Resetting before recording: clearing the only evidence of an intermittent alarm or manual override.
• Diagnosing from appearance: converting corrosion, residue, or noise into a specific failed part without the approved diagnostic evidence.
• Using one universal baseline: judging filter pressure or pump speed without the property's current mode and clean reference.
• Expanding the task: removing a lid, opening a panel, moving a valve, or tightening a fitting because it seems small. Observation ends where operation or maintenance begins.