Coolroom Breakdown Food Safety Steps

When a coolroom breaks down, food safety hinges on how quickly you act. Immediately stop using the affected coolroom, move potentially hazardous food to alternative refrigeration below 5C, and check the core temperature of stock to work out how long it has been in the temperature danger zone. Under Standard 3.2.2 of the Food Standards Code, cold potentially hazardous food must be kept at or below 5C, so any food that has warmed beyond this needs an exposure assessment and a documented decision to keep, cook or discard. A coolroom failure is one of the most stressful incidents a kitchen faces because the clock starts the moment temperature control is lost. The good news is that a calm, methodical response protects both your customers and your business. This guide sets out exactly what to do, in order, and how to keep the records an Environmental Health Officer (EHO) will expect to see. What is the first thing to do after a coolroom breakdown? The first priority is to stop the situation getting worse. Keep the coolroom door closed while you organise a response, because every time it opens, warm air rushes in and speeds up temperature rise. A well-sealed coolroom holds cold for a surprising length of time, so an unopened room buys you valuable minutes to arrange somewhere for the stock to go. At the same time, note the exact time you discovered the fault. This timestamp is the anchor for every decision that follows, because Australian food safety rules are built around how long food spends between 5C and 60C. Without a clear start time, you are guessing, and guessing is exactly what regulators do not want to see. Your first five actions Record the time and the coolroom temperature you found on the display or a probe thermometer. Keep the door shut and stop loading anything new into the failed room. Arrange alternative refrigeration — a spare coolroom, reach-in fridges, a chest freezer, or a refrigerated van. Alert the shift supervisor so tasks can be divided and service adjusted if needed. Call your refrigeration technician to book the earliest possible repair. How do you decide whether the food is still safe? The key question is not the air temperature of the coolroom but the core temperature of the food and how long it has been warm. Use a clean, sanitised probe thermometer to check several items, especially dense products like meat, dairy and cooked rice that hold heat and cold differently to their surroundings. Take readings from the middle of the item, not just the surface. Australia uses the 2-hour/4-hour rule for ready-to-eat potentially hazardous food that has been in the temperature danger zone between 5C and 60C. It is a practical way to judge exposure when refrigeration has been lost. Time in the danger zone (5C-60C) What to do Less than 2 hours Use immediately or return to refrigeration below 5C 2 to 4 hours Use straight away — do not return it to the fridge More than 4 hours Discard the food Remember the times are cumulative across the whole life of the food, not just this incident. If a batch of cooked chicken had already spent time out during preparation earlier in the day, that time counts too. When in doubt, the safest and most defensible decision is to throw it out. For a plain-language overview of temperature control, Food Standards Australia New Zealand explains the requirements on its temperature control guidance page . Where should you move the stock? Move the highest-risk food first. Potentially hazardous foods — raw and cooked meat, poultry, seafood, dairy, cooked rice and pasta, cut fruit and prepared salads — need refrigeration below 5C as a priority. Lower-risk items like sealed drinks, condiments and whole raw vegetables can wait or be managed differently. Good places to transfer stock include a functioning second coolroom, reach-in fridges with spare capacity, a chest freezer set to hold rather than freeze, or a refrigerated vehicle. If you operate more than one site, a nearby venue may be able to take overflow. Businesses that manage multiple venues from one system often find it far easier to redistribute stock quickly during an incident because they can see capacity across every location. What if you cannot get everything cold in time? If you genuinely cannot restore refrigeration for all the stock, prioritise by risk and by value, and cook or use what you safely can within the 2-hour/4-hour window. Cooking potentially hazardous food to 75C in the core will make many items safe to serve immediately, though it does not reset the clock indefinitely — cooked food still needs to be kept hot above 60C or cooled correctly. Why does documenting the incident matter so much? A coolroom breakdown is exactly the kind of event an EHO may ask about later, especially if a customer complains of illness. A business that can show a clear, timed record of what happened, what it decided and why, demonstrates a strong food safety culture. A business with nothing written down looks careless even if it did the right thing on the day. Your record should capture the discovery time and temperature, the readings you took from the food, the transfer of stock, the keep-cook-discard decisions and the repair. Digital temperature monitoring records make this straightforward because timestamps are captured automatically, and pairing them with a corrective action log creates a single, tidy trail. If you dispose of stock, note it in your waste and expiry records as well. Should you contact your local council? For a short breakdown where food was managed within safe limits, you generally handle it internally and keep your records. If a large quantity of food was affected, if you are unsure whether food is safe, or if the incident overlaps with a customer complaint, contact your local council's environmental health team for advice. State health departments such as NSW Health also publish general guidance on managing food during refrigeration failures. How can you prevent the next breakdown? Prevention comes down to monitoring and maintenance. Check and record coolroom temperatures at set points each day so a drift upward is spotted before it becomes a failure. Service refrigeration on a schedule, keep condensers clean, and do not overload rooms in a way that blocks airflow. Automated temperature alerts that warn you the moment a coolroom rises above 5C can turn a disaster into a minor fix, because you act while the food is still safe rather than discovering the problem hours later. Frequently asked questions How long can food stay safe in a coolroom that has lost power? It depends on how full and well-sealed the room is and how warm the kitchen is, but you should assume the danger zone clock starts once the food rises above 5C. Keep the door shut, check core temperatures with a probe, and apply the 2-hour/4-hour rule based on time above 5C. Can I refreeze food that thawed during a coolroom breakdown? As a rule, do not refreeze food that has fully thawed and warmed into the danger zone. If it stayed below 5C or still contained ice crystals it may be usable, but food that has been warm for more than four hours should be discarded rather than refrozen. Do I have to throw out everything in a failed coolroom? No. Judge each type of food on its core temperature and total time in the danger zone. Lower-risk items and food that was warm for under two hours can often be saved, while high-risk food warm for over four hours must go. What temperature should a coolroom hold? Cold potentially hazardous food must be kept at or below 5C under Standard 3.2.2, so a coolroom should hold at or below 5C. Many operators aim a little lower to give a safety buffer during busy service and frequent door openings. A coolroom breakdown is far less frightening when you catch it early and can prove you responded properly. FoodSafety HQ sends real-time temperature alerts the moment a coolroom drifts out of range and logs every corrective action in one place, so you protect your stock and stay audit-ready. See how alerts and corrective actions work, or start a free trial from our pricing page .