The five risk factors inspectors are trained to find, the temperatures and times that must be right, the most common violations and their fixes, and a forty-minute weekly self-inspection.
By Rob Bruni, founder of OpsEdge Hospitality, twenty years running restaurants, bars, clubs and resorts. Updated November 2026.
A health inspection is not a test of whether you can clean the kitchen the day the inspector shows up. It is a check of whether the systems that keep food safe run on an ordinary Tuesday, because that is when the inspector comes. Operations that pass every time are not lucky and are not spotless; they have temperatures logged, product dated, hand sinks clear and a person in charge who can answer questions. This guide covers how inspections work, what inspectors are trained to look for, the temperatures and times that have to be right, the violations we see most and how to fix them, a weekly self-inspection that takes forty minutes, and how to handle the visit itself.
Most US jurisdictions inspect against a version of the FDA Food Code, adopted and adapted by the state and enforced by a county or city health department. The details vary (letter grades in some cities, point scores in others, pass/fail elsewhere) but the structure is the same everywhere:
Inspection reports are public in most jurisdictions and are read by guests. A posted "B" or a 78 costs covers for months. The cost of passing is a routine; the cost of failing is the dining room.
The CDC identified five factors behind most foodborne illness outbreaks in restaurants, and inspectors are trained to look for them first. If your kitchen controls these five, the rest of the inspection is housekeeping.
| Risk factor | What the inspector checks | The control |
|---|---|---|
| Improper holding temperatures | Cold food above 41°F, hot food below 135°F, cooling that takes too long | Thermometers in every unit, temperature logs twice a shift, time and temperature cooling records |
| Inadequate cooking | Proteins not reaching the required internal temperature | Probe thermometers at every station, cooking temperatures posted, spot checks logged |
| Contaminated equipment | Dirty slicers, cutting boards, cross-contamination between raw and ready-to-eat, sanitizer too weak | Color-coded boards, slicer broken down every 4 hours, sanitizer tested with strips every shift |
| Food from unsafe sources | Unapproved suppliers, home-prepared food, unlabeled product, shellfish without tags | Approved vendor list, invoices on file, shellfish tags kept 90 days |
| Poor personal hygiene | Blocked hand sinks, no hand washing observed, bare hand contact with ready-to-eat food, sick employees working | Hand sinks stocked and clear, glove policy, employee illness policy signed by all staff |
These are the FDA Food Code numbers most jurisdictions use. Your state may differ by a degree or an hour; post the local version at every station.
| Control point | Requirement |
|---|---|
| Cold holding | 41°F or below |
| Hot holding | 135°F or above |
| Cooking: poultry, stuffed items, reheated leftovers | 165°F |
| Cooking: ground meat, injected meat, eggs held for service | 155°F for 17 seconds |
| Cooking: whole cuts of beef, pork, lamb; fish; eggs for immediate service | 145°F for 15 seconds |
| Reheating for hot holding | 165°F within 2 hours |
| Cooling, stage one | 135°F to 70°F within 2 hours |
| Cooling, stage two | 70°F to 41°F within the next 4 hours (6 hours total) |
| Date marking | Ready-to-eat, time and temperature controlled food held more than 24 hours: labeled, used or discarded within 7 days of opening or preparation |
| Time as a public health control | Food held without temperature control: 4 hours maximum, labeled with the discard time, written procedure on file |
| Chlorine sanitizer | 50 to 100 ppm (check your code), tested with strips |
| Quaternary ammonium sanitizer | Per manufacturer label, commonly 200 to 400 ppm, tested with strips |
| Dish machine, high temperature | Final rinse 180°F at the manifold (160°F at the plate surface), verified with a thermolabel or thermometer |
| Hand washing | 20 seconds with soap and water at a hand sink used for nothing else |
| Hot water at hand sinks | At least 100°F |
Cooling is where kitchens fail most. A hotel pan of stock put in the walk-in at 180°F at 10 p.m. is still 90°F at 2 a.m. Shallow pans, ice baths, ice wands and a cooling log with the two checkpoints are the fix, and the log is what the inspector asks to see.
Five free calculators turn these guides into results in a few minutes: prime cost, food cost, labor cost, break-even and pour cost. Each one shows the gap to the benchmark for your concept in dollars a year. No signup.
Open the free calculators See the benchmarksForty minutes, once a week, by a manager with a clipboard and a thermometer, walking the same path the inspector will. Score it like the inspector does, post the score in the kitchen, and fix the priority items before the next shift. Twelve weeks of this and the real inspection is a formality.
Build it as a scored checklist with the same point values your jurisdiction uses. The checklists guide covers how to roll out a checklist so it is still being done in six months, and the manager log is where the weekly score and the fixes get recorded.
Food safety that lives in the manager's head fails the day the manager is off. Food safety that lives in the systems passes every time.
Inspections are the cheapest audit a restaurant ever gets. Treat the inspector as a free consultant who checks the things that would close you, and the visit stops being an event.
Every guide on this site is cut from a workbook or playbook we built for real operations. The paid versions hold the complete templates, formulas and training material, one-time purchase, Excel and Google Sheets.
See the Playbooks and Toolkits Browse the full catalogFive risk factors first: food held at the wrong temperature, food not cooked to the required temperature, contaminated equipment and cross-contamination, food from unapproved sources, and poor personal hygiene (blocked hand sinks, bare hand contact, sick employees). Then core items: cleanliness, maintenance, pest control, storage, labeling and paperwork.
Under the FDA Food Code used by most US jurisdictions, cold food is held at 41°F or below and hot food at 135°F or above. Cooling must take cooked food from 135°F to 70°F within two hours and to 41°F within the next four. Local codes can differ by a degree or an hour, so post the local version.
Cold holding above 41°F, blocked or empty hand sinks, missing date labels, improper cooling, sanitizer at the wrong strength, raw product stored above ready-to-eat food, bare hand contact with ready-to-eat food, no certified manager on site, pests, chemicals stored near food, employee drinks on the line and missing thermometers.
One to four routine, unannounced inspections a year depending on the risk category: full service kitchens with raw proteins and cooling are high risk and inspected most often. Priority violations usually trigger a follow-up inspection within about ten days, and guest complaints trigger extra inspections.
Check identification, get the certified person in charge to the inspector right away, walk with them for the entire inspection, answer accurately, fix anything that can be fixed on the spot, keep the kitchen running normally, take notes on everything mentioned, and read the report before signing. Never argue and never offer anything.
Run the inspection yourself every week: a forty-minute scored walk by a manager with a thermometer covering storage, prep, line, dish, bar, restrooms, exterior and paperwork. Fix priority items before the next service, post the score, and keep temperature, cooling, sanitizer and calibration logs as part of the daily routine so the real inspection finds the same kitchen as any other day.