Beverage Display Coolers: Door Count, Size and Spec Guide

Senlis Technical Team | Commercial Refrigeration Manufacturer, founded in 2003 | Updated August 31, 2026

A single-door beverage cooler measures 600×600×1920 mm, a double-door unit 1200×600×1920 mm, and a three-door unit 1800×600×1920 mm. Door count adds roughly 600 mm of width per step, which is the number that actually decides how many units fit against a wall or in a container.

Door Count Is a Width Problem Before It’s a Capacity Problem

Most buyers start by asking how many bottles or cans a cooler holds. That’s the wrong first question if you’re planning a store fit-out or a shipping container. Capacity follows from door count, and door count is fixed to a width increment — 600 mm per door across this product line. A retailer replacing three single-door units with one three-door unit doesn’t gain floor space; the footprint is identical (1800 mm either way), but the unit count, seam count, and gasket-seal points drop from three to one.

That distinction matters more outside the US than inside it. Compared to the inch-and-cubic-foot sizing guides that dominate North American retail content, a buyer specifying a container load or a store layout in Southeast Asia, Europe, or the Gulf works from mm and door count first, capacity second. That’s the gap this guide is built around.

Spec Table: Single, Double and Three-Door Dimensions

Every configuration ships with a digital thermostat and LED display, adjustable interior shelves, a door lock, a magnetic gasket, and lockable swivel casters. Depth and height hold constant at 600 mm and 1920 mm across all three door counts — only width changes, which is what makes wall-run planning predictable: measure your available run length, divide by 600, and you have your maximum door count before you need to break into a second unit run.

Three Cooling Systems, Same Cabinet Shell

The model suffix (YF, YX, YZ) isn’t a size code — all three run the same 600 mm module. It marks the cooling method, and this is where buyers make avoidable mistakes by assuming “içecek soğutucusu” means one mechanism.

SLS-YF series (copper tube) — refrigerant runs through tubing bonded to the cabinet wall. Simple, fewer moving parts, but temperature can vary slightly between top and bottom shelves.

SLS-YX series (fan circulation) — forced air keeps temperature more even shelf to shelf, useful for tall three-door units where top-to-bottom drift is more noticeable.

SLS-YZ series (internal pipe) — cooling coils sit inside the cabinet rather than bonded to the wall; a middle-ground approach between the other two.

None of these is universally “better” — copper tube costs less to maintain long-term but fan circulation holds tighter temperature bands in taller cabinets, which matters more for a three-door merchandiser than a single-door unit. The trade-off is mechanical complexity: more moving parts in a fan system means more that can eventually need service.

Sizing a Store Run or a Container Load

• Measure the available wall or aisle run in mm, not feet — this avoids a rounding error when you’re specifying against a 600 mm module.
• Divide available length by 600 to get your maximum door count across that run.
• Decide between multiple single/double-door units or one continuous three-door unit covering the same width — fewer units means fewer compressors, fewer gasket seams, and one thermostat instead of several, but a single large unit is a single point of failure if it needs service.
• Cross-check the 1920 mm height against any low ceiling, mezzanine, or signage clearance before finalizing.
• For container planning, note that width is the variable that changes with door count while depth (600 mm) and height (1920 mm) stay fixed — this simplifies palletizing calculations across mixed door-count orders.

A common misstep at this stage: assuming a three-door unit is simply “three single-doors pushed together” for capacity math. It isn’t — shelf depth, compressor placement, and airflow are engineered for the full 1800 mm cabinet, not stacked as independent single-door modules.

Compliance and Certification Basics

Beverage display coolers in this range carry CE marking, RoHS compliance, and ISO 9001-managed manufacturing. Design and safety testing for commercial refrigerating appliances generally follows IEC 60335-2-89, the standard covering safety requirements specific to commercial refrigerating equipment with an incorporated or remote condensing unit — a useful reference point when a tender or import checklist asks which safety framework a display cooler is built against. Specific certificate numbers and issuing bodies for individual units are confirmed on request, ahead of any order.

What This Guide Doesn’t Cover

Voltage, plug standard, exterior color, branding, and interior layout are all open to OEM/ODM customization on every configuration listed above — that’s a separate conversation from sizing, and worth raising once door count and cooling system are settled. Pricing isn’t published for any configuration; it’s quoted per project once quantity, door count, and destination market are known.

SSS

Q: Does adding a door always add exactly 600 mm of width?

A: Yes, across this beverage cooler line — single (600 mm), double (1200 mm), and three-door (1800 mm) all step by one 600 mm module. Depth (600 mm) and height (1920 mm) don’t change with door count.

Q: Is fan circulation worth the extra mechanical complexity over copper tube?

A: It depends on the cabinet height and what you’re storing. Fan circulation reduces top-to-bottom temperature drift, which matters more in a three-door unit than a single-door one. Copper tube is simpler to service long-term.

Q: Can these coolers be customized for different voltage or plug standards?

A: Yes — voltage, plug type, exterior color, branding, and interior layout are available as OEM/ODM options on every door configuration.

Q: Where can I get a price for a specific door count and quantity?

A: Pricing isn’t published; it’s quoted per project against your model, quantity, and destination market.