Choose commercial refrigeration around the work, not just litres

At 11:45, the prep fridge is packed, the delivery is waiting and the chef is walking to the back store for ingredients used on every second order. There may be enough refrigeration in the building. It is in the wrong places for the work.

Choose commercial refrigeration as a set of storage jobs, then choose the cabinets. Separate reserve stock, service ingredients, frozen stock and customer display. Count the containers each job needs at its busiest point and test their arrangement against the actual cabinet—not just the litres on its label.

This buying guide gives you a format decision table, a worked stock-and-service plan and a brief for comparing complete proposals. It does not prescribe equipment quantities from your venue size.

Start with four jobs, not one litres target

Write down where stock comes in, where it waits and where it is used. A café serving mostly drinks can have different requirements from another café with the same seats and an extensive food menu. Covers, floor area and number of staff are context; they are not a reliable cabinet-sizing formula.

Scroll the table sideways to see every column.

An underbench cabinet can put stored ingredients near the work. A prep counter can provide a different assembly arrangement. A display cabinet has another job again. Similar external dimensions do not make these formats interchangeable.

Compare freezer access as carefully as capacity. A chest layout and an upright layout expose stock differently; sketch the packs and retrieval sequence rather than declaring one universally better. Keep chilled and frozen demand as separate lists.

Worked plan: separate delivery stock from the lunch station

Hypothetical café example—not a customer result or food-storage instruction. The venue uses closed containers with measured outside footprints of 300 × 200 mm. All quantities and cabinet shelf dimensions below are invented for geometric planning. The example establishes neither food compatibility nor cooling performance.

The operator counts the busiest normal stock position immediately after delivery and before lunch. The kitchen’s established food-safety procedures must determine segregation and handling; the simple zone labels below do not prescribe where raw or ready-to-eat foods may share storage.

Scroll the table sideways to see every column.

Reserve and service therefore require 24 + 6 = 30 container positions at this chosen moment. This does not mean one cabinet must hold 30 containers. It tells the supplier which jobs to solve and stops six service containers being counted again in the reserve requirement.

Test a proposed reserve shelf

Suppose a candidate drawing identifies a hypothetical clear shelf rectangle of 650 × 450 mm before required operating space is assessed. A two-by-two arrangement of 300 × 200 mm containers occupies 600 × 400 mm, leaving 50 mm total width and 50 mm total depth geometrically unused.

That is four positions per level. Six such levels would supply 6 × 4 = 24 positions on paper. However, a five-level version supplies only 20, leaving a four-container shortfall. An impressive external litres figure cannot fill the missing shelf positions.

None of these arrangements is approved by the arithmetic. The supplier must confirm actual usable shelf dimensions, supports, container heights, permitted loading and required air paths. A 50 mm geometric remainder is not a recommended ventilation gap. The space above the top container and any shelf obstructions remain open questions.

Test the service proposal separately

For another hypothetical drawing, assume three available service levels of the same clear rectangle. If each is assigned just two containers for the proposed working arrangement, the service task has 3 × 2 = 6 positions. Why not fill all four possible footprints? The operator’s brief reserves the rest of that arrangement for its intended access pattern, subject to supplier review.

The useful result is a two-part brief: demonstrate 24 reserve positions and six service positions with the actual containers. It is not an instruction to order a six-shelf upright and a three-shelf underbench unit. If the candidate arrangements fail, revise delivery quantities, service replenishment, cabinet configuration or the space allocation and compare those alternatives explicitly.

Use containers to check capacity; use drawings to check fit

For every stock group, record the outside width, depth and height with lids, handles and packaging. Note the filled mass and whether containers are stackable in the intended application. Do not assume a stack arrangement is acceptable merely because the boxes fit.

Ask the supplier to show usable positions at the proposed shelf or drawer configuration. Distinguish advertised gross volume, any stated net volume and the actual storage arrangement you need. There is no universal litres-to-container conversion: internal shape, equipment intrusions and manufacturer loading guidance change the result.

Then inspect the installed envelope. Include the cabinet, connections, door or drawer movement, required installation space and maintenance access. Measure the delivery route and turns, not just the final doorway. A cabinet that fits its final opening can still be impossible to position without additional work.

Underbench joinery deserves particular attention. SKOPE’s published BackBar/CounterLine/SlimLine guide requires clear front ventilation slots and an unobstructed route for warm exhaust for those ranges. That is why “front ventilated” should lead to a marked airflow drawing, not an assumption that any kickboard or enclosure will work. Use the exact selected model’s current instructions.

Ask whether the cabinet suits this kitchen’s conditions

Show the proposed location during service: neighbouring heat-producing equipment, steam, sunlight, nearby doors and normal stock/trolley positions. A quiet morning photo may not represent what happens at the intake during lunch.

Ask the supplier to assess the operating environment and intended use against the model’s documented limits. Keep conditions separate from storage quantity. More litres do not establish that a model suits a hotter position or a heavily accessed service task.

For food safety, assess food temperatures rather than relying only on a cabinet display. FSANZ’s storing-food-safely guidance says to keep potentially hazardous food at 5°C or colder and check food directly with a thermometer; it also says frozen food should remain frozen hard. Its temperature-control guidance recognises a demonstrated safe alternative system. Follow the venue’s applicable controls and product storage instructions.

These are food-storage requirements, not universal thermostat settings for every product. Do not inherit a fixed setpoint or freezer range from a generic buying guide. Nor should an ordinary storage cabinet be assumed to perform an unassessed hot-batch cooling task. Define that process separately and seek suitable equipment and documented procedures.

Compare energy and installed cost on the same basis

First compare cabinets that can perform the same job. The Australian Government’s refrigerated-cabinet guidance says energy star ratings should be compared between cabinets of the same type, size and operating temperature; displaying an Energy Rating Label is not mandatory for these cabinets in Australia.

Ask for the applicable registered model information and test basis, then compare energy data with similar eligible alternatives. A generic “efficient compressor”, different lighting or an overseas logo does not by itself establish a measured saving for the quoted cabinet.

For a transparent cost illustration only, an assumed difference of 1 kWh a day at an assumed AUD $0.30/kWh produces 1 × 365 × $0.30 = $109.50 a year. This hypothetical tariff is GST-inclusive; it is not a current electricity quote or a prediction of actual consumption. Use your own comparable energy figures and tariff and state the GST basis consistently.

Keep equipment, freight, positioning, removal of old equipment, connection work, site works and commissioning visible in the quote. Ask who supplies missing accessories and who resolves an unsuitable outlet or enclosure. A low equipment price and an incomplete installed scope are different things.

Make maintenance and support part of the shortlist

Request the cleaning and maintenance instructions before ordering. Identify the items staff are expected to access and the tasks reserved for authorised service personnel. Use the named model’s schedule and the actual environment rather than copying a universal condenser-cleaning interval.

Check how warranty support is requested, what documentation is needed and who provides service in the venue’s location. Ask about parts and labour scope and exclusions in the written terms. Avoid replacing those details with an unsupported lifespan promise or a claim that every stainless cabinet will last longer.

Give the handover a home: model/serial details, installation documents, commissioning records, loading guidance, cleaning instructions and the venue’s monitoring procedures. Keep the reviewed stock plan with it. A later change in packaging, delivery frequency or menu should reopen the affected capacity and operating questions.

Prepare a brief suppliers can answer

For your own supplier brief, record stock jobs, container dimensions, candidate positions, delivery and service events, site and quotation questions. Replace the fictional inputs with actual evidence and leave unresolved decisions visible.

“Please propose the refrigeration mix for these separate reserve, service, frozen and display jobs. Show actual container positions, the installed envelope, operating conditions and access. State unresolved assumptions, provide current model documentation and separate the complete installed scope from equipment prices.”

Start with Atlantic’s commercial refrigeration, then compare the relevant underbench fridges or commercial freezers against the same brief. Buying becomes clearer when every cabinet has a named job and every open question has an owner.

Sources and calculation boundaries

• SKOPE BackBar, CounterLine and SlimLine guide, PRN80321 revision 1.9, February 2025: model-range-specific ventilation and access guidance.
• FSANZ: storing food safely and temperature-control requirements: food-temperature guidance and safe alternative systems.
• Australian Government Energy Rating: refrigerated cabinets: appropriate comparisons and label-display status.

Sources checked 18 October 2026. Café quantities, dimensions, shelf arrangements, energy difference and tariff are hypothetical. They are not a product recommendation, rated cabinet capacity, approved loading arrangement or tested operating result.