Glass Door Upright Commercial Drink Display Refrigerator

Product Overview

A busy chilled section has one job: let a shopper find a drink, read the price and decide before they lose interest. This upright commercial drink display refrigerator is built around that moment. Two full-height glass doors on aluminium frames open the whole cabinet to view, vertical LED strips run down the front of each shelf level, and the interior is lit without adding warm light to the cold space.

Behind the glass, the cabinet holds 615 L across adjustable PVC shelves with price-tag strips along the front edge. Temperature is set on a digital controller anywhere between 0 °C and +10 °C — the band that covers soft drinks, bottled water, energy drinks, iced tea, dairy drinks and the packaged chilled food most beverage outlets also carry. A fan-assisted system with a fin-type evaporator moves cold air through the cabinet instead of letting it settle at the bottom.

The footprint takes under a metre of shelf run and still leaves the aisle usable; the exact measurements are set out in the specification table. Where the plan calls for a longer beverage wall, the same cabinet is built in 1200 L and 1620 L two-door versions in the same height family, so a store can start with one size and extend later without changing the look of the aisle.

Everything staff touch every day has been kept simple. The door handle is sized for a hand that has been carrying crates all morning, the shelves lift out for a reset, and defrost runs on its own cycle with the melt water evaporating from a tray in the base rather than draining across the floor.

Specifications

Key Features & Advantages

• Full-height glass across both doors — the whole cabinet front is glazed, so the top shelf sells as hard as eye level and staff can check stock without opening a door.
• Cold air that keeps moving — a fan-assisted circuit and fin-type evaporator keep every shelf level in the same working band instead of letting cold pool at the base.
• Shelves you can rebuild between deliveries — adjustable PVC shelves carry a price-tag strip along the front edge, so a promotion reset takes minutes instead of a morning.
• Lighting inside the cold space — vertical LED strips light the product face without adding heat to the cabinet the way older fluorescent tubes did.
• Defrost that stays out of the way — the automatic cycle and self-evaporating tray remove the manual drain-down that used to close a chilled section for an hour.
• A cabinet built to be wiped down — painted steel panels inside and out, an aluminium door frame and PVC shelves clean up with a cloth and a neutral detergent.
• Ordered to your market, not just ours — branding, lighting layout, shelving and packaging are set at our commercial drink fridge factory to the specification you send.

Cooling System & Airflow

Cold air is only useful if it reaches the product. A fan draws air across the fin-type evaporator and pushes it down the back of the interior, where it turns and passes over the shelf faces before returning to the coil. That loop is what keeps the top shelf and the bottom shelf working to the same band on a glass door cooler for beverage store floors, even when one door has been open through most of a lunchtime rush.

Holding a band, not just reaching one. The digital controller lets you set a working temperature anywhere from 0 °C to +10 °C. Drinks served cold but not icy sit comfortably in the lower-middle of that band; packaged chilled food usually wants the colder end. Once set, the controller cycles the compressor to hold the band rather than running flat out, and the display reads cabinet temperature rather than a guess.

Recovery after every opening. Each door opening spills cold air. Because the fan circuit keeps moving, the cabinet pulls back to set point without leaving a warm pocket where the cold air had pooled.

Defrost on its own schedule. The automatic defrost cycle clears ice from the evaporator, and the melt water collects in the base tray and evaporates. There is no drain to plumb and nothing to empty at closing.

Refrigerant matched to the market. R290 or R134a, selected at the factory for the destination market. Confirm which one applies to your country when you order — the choice is made before the cabinet is built.

Rated for normal and subtropical conditions. The cabinet carries climate class N/ST, which covers the ambient range most southern-European, Middle Eastern and Asian stores operate in. It is a commercial cabinet, not a tropical-rated unit for an unshaded loading dock.

What helps it run well. Stand the unit level, keep the ventilation path at the top and base clear, and do not load the shelves so tightly that return air cannot reach the grille.

Merchandising & Visibility

• The door is the display — double-glazed hollow glass in a slim aluminium frame gives an almost uninterrupted view across both doors, so shoppers read labels from the aisle before they reach for a handle.
• Shelf pitch set for real packaging — the standard shelf positions suit 330 ml cans, 500 ml bottles and taller 1.5 L formats; tell us your mix and we will suggest a shelf plan that leaves headroom above each row.
• Price where the eye lands — every PVC shelf has a tag strip along its front edge, so labels line up with the product behind them instead of being taped to the glass.
• Lighting that flatters rather than heats — vertical LED strips run the full interior height, so the top row is as bright and as readable as the bottom one.
• Hardware that survives a rush — a full-length handle and a hinge set that lets staff open, load and close one-handed while carrying a crate.
• A natural anchor for the chilled aisle — the glass door cooler for beverage store layouts can carry category blocks, brand blocks or a seasonal promotion bay, and reset with the range.
• A cabinet that looks deliberate — painted steel body, clean door lines and an even light across the front, so the aisle looks planned rather than assembled.

Energy-Efficient Operation

Running costs on a chilled display rarely come from one big number; they come from a hundred small ones. The largest draw is the compressor, and the compressor's workload is set by how much heat gets into the cabinet and how often cold air escapes.

Lighting without a heat load. Vertical LED strips use a fraction of the power of the fluorescent tubes they replaced and, more importantly, put almost no heat into the cold space — so the compressor is not asked to remove the light's output on top of the room's heat.

A door with no standing heater. The hollow glass door is glazed but not fitted with a heating element, so there is no constant warming load running across the glass front through every trading hour. That is a real saving on a cabinet that is open fourteen hours a day.

Defrost when it is needed. The defrost cycle is automatic rather than continuous, and the melt water evaporates from the base tray instead of being pumped or drained away.

Control that holds a band. The digital controller cycles the compressor to maintain the set point between 0 °C and +10 °C rather than running continuously, and that is where most of the day-to-day saving sits.

What your staff control. Propping a door open during restocking, parking the cabinet next to a hot counter or in direct afternoon sun, and blocking the ventilation grille will each cost more electricity than any specification on this sheet. Site it inside the air-conditioned envelope and keep the airflow clear.

Compare like with like. Energy figures only mean something at the same ambient temperature and the same number of door openings. Ask us for running data that matches your site conditions before you write a figure into a tender.

Cabinet Construction & Durability

• Painted steel inside and out — the cabinet body and interior panels are finished in painted steel, so a trolley knock or a damp mop does not start a rust line along a panel edge.
• Aluminium door frames — light, stiff and dimensionally stable, they hold the glass square through years of opening and closing on a busy floor.
• Hollow glass doors — a sealed double-glazed panel in a rigid frame, fitted with a full-length handle rather than a pull that loosens after a season.
• Copper in the refrigeration circuit — a copper condenser and copper tubing resist corrosion and hold heat-exchange performance better than the materials used on cheaper cabinets.
• A branded compressor inside — worth most in year four, when a technician needs a part that can actually be sourced.
• PVC shelves, not coated wire — they do not rust, they do not scratch bottle labels and they lift straight out for washing.
• Designed for a shop floor, not a showroom — the structure assumes deliveries, restocks, floor cleaning and a store that opens seven days a week.

Low-Maintenance Design

The maintenance story on a display cooler is mostly about what the cabinet does for itself. Defrost runs automatically, and the water that comes off the evaporator collects in a tray at the base and evaporates into the room. No drain line, no bucket, no task left for whoever closes the store.

Daily. A wipe of the glass and the door handle with a glass cleaner or mild detergent is enough. Inside, the PVC shelves lift out one at a time, wash in the sink and go back without tools.

Weekly. Check that the ventilation grille and the return-air path are clear of cartons, bags and dust. A blocked grille is the most common reason a cabinet that has coped for months suddenly stops holding temperature.

Monthly. Run a hand along the door gasket looking for splits, hardening or a dark line of mould, and check the glass corners for chips. A gasket that no longer seals makes the compressor work harder than any other single fault.

Twice a year. Brush or vacuum the condenser coil if your store is dusty or the cabinet sits near a bakery section. Clean coils are the difference between a cabinet that holds its band easily and one that runs long.

Parts worth keeping on the shelf. Shelf clips, spare price-tag strips and a door gasket are the items most often needed. Ask your sales contact what is worth holding for your installation and how to order replacements.

When something looks wrong. A rising temperature on the controller, a fan that sounds rough, or water sitting in the base are all things to report the same day rather than at the end of the month.

OEM & ODM Customization

• Branding — cabinet graphics, door decals and colour schemes applied during production, so a chain's units match from store to store and from order to order.
• Lighting configuration — LED layout set to suit your shelf plan and the way you want the product face lit in your own commercial format.
• Shelving structure — shelf count, spacing and tag-strip layout adjusted to the bottle and can formats you actually sell, rather than the default mix.
• Packaging design — cartons and protective packing built and printed to your market's handling and delivery requirements.
• Refrigerant and electrical specification — set for the destination market before the cabinet is built; confirm the plug standard you need when the order is placed.
• Repeatable volume programmes — as a commercial drink fridge factory we build repeat orders to a locked specification, so the tenth container matches the first one that cleared customs.

Applications by Store Format

1. Supermarket chilled run — a two-door block that carries the soft drinks, water and energy drinks category in under a metre of shelf run, with the glass front keeping the whole set visible from the aisle.
2. Convenience store — placed at the end of a run or behind the counter zone, where the customer sees the full selection on the walk to the till and decides without help.
3. Beverage store — the main display unit, worked as an upright commercial drink display refrigerator: fast movers at eye level, larger formats low, promotions on the door line.
4. Café or coffee bar — juices, iced coffee, milk and bottled water within arm's reach of the counter, so staff serve without walking to the back room.
5. Hotel or restaurant front of house — bottled water and mixers kept cold and visible to guests and waiting staff, close to service rather than in a storeroom.
6. Bar — mixers, tonic and bottled water stocked behind or beside the bar, chilled and readable during service rather than hunted for.
7. Forecourt and transit kiosk — a fast-decision cabinet where a shopper buys on impulse and the door has to open and close hundreds of times a day. Where a longer beverage wall or a higher display volume is needed, the same cabinet is built in 1200 L and 1620 L versions.

Commercial Pain Points & Practical Solutions

When the product is hard to see, it does not sell. A shopper who cannot read a label from the aisle keeps walking. A full-height glass front with vertical LED lighting puts the whole set in view from two metres away, which is the difference between a browsing stop and a missed sale.

When one shelf runs warmer than the rest. Warm pockets show up first as condensation on the bottle and then as a customer complaint. A fan circuit that keeps air moving across every shelf level is what prevents the top row from becoming a storage shelf nobody buys from.

When defrosting becomes somebody's job. Manual defrost and a drain tray turn into an hour of lost trading time and a task that gets skipped on the busiest day of the week. Automatic defrost with an evaporating base tray takes the job off the rota entirely.

When the range outgrows the cabinet. A cabinet with fixed shelves forces you to cut the range to fit the layout. Adjustable PVC shelves with tag strips let a category buyer re-plan for a new product, a seasonal line or a supplier promotion without ordering new hardware.

When the electricity bill arrives. Running cost is one of the few line items a store manager can still influence. LED lighting, a door with no heating element and a controller that holds a band rather than running flat out each remove a slice of the standing load.

When the planogram changes every quarter. Beverage merchandising runs on promotions. Shelves that lift out and re-seat in minutes, price strips you can re-label in place and a door line that carries a campaign message give you a cabinet that follows the calendar instead of holding it back.

Ordering, Delivery & Support

1. Check the size against your floor plan — the measurements in the specification table, plus the door swing and the aisle space a shopper needs in front of it.
2. Confirm the electrical supply and plug standard for your market, and tell us which refrigerant your country requires. Both are fixed at the factory, so they must be settled before the order is released.
3. Agree any branding, shelf plan or packaging changes at the same time. Those are built in, not added afterwards, and changing them later means a new production run.
4. Plan the container. This line is supplied at a one-container minimum, and the two-door unit loads 21 per 20GP or 56 per 40HQ — so a full container can be built from one size or from a mix of the models in the family.
5. Ask about lead time, packing and shipping terms for your destination when you place the order. They vary by market and by season, and the terms that apply to your shipment are confirmed at that point. A specification sheet is available for tenders and landlord approvals.
6. After-sales support and warranty. Every cabinet is backed by our After-Sales Support & Warranty — ask your sales contact which terms apply in your country, how service is handled locally, and which spare parts are worth holding on site.

Installation & Site Readiness

1. Plan around a plug-in install, not a refrigeration project. The cabinet arrives as a complete, factory-charged unit: the site work is a suitable power point, a level floor position and clear air paths. No drain line or on-site refrigeration pipework is needed, because defrost water evaporates from the base tray. That means the fit-out schedule can be built around delivery, power connection and a short pull-down check rather than a refrigeration contractor's commissioning visit.
2. Check the delivery route before the delivery day. The cabinet is tall, so measure door heights, lift access, corridor turns and the final bay before it ships. Allow for the door swing and for a shopper to stand back from the glass in the aisle.
3. Give it a flat, rigid floor and level it. A loaded commercial cabinet needs a floor that will not flex. Level the unit before it is stocked; a cabinet that rocks will let the door hang and the gasket seal unevenly, which shows up later as condensation and a compressor that runs longer than it should.
4. Provide the correct power point close to the cabinet. Confirm voltage, frequency and plug type for the destination market before production, because the electrical specification is fixed at the factory. Leave the plug accessible so the unit can be isolated for cleaning or service.
5. Keep the ventilation path open at top and base. Air has to enter low and leave high. Do not box the cabinet into tight joinery, block the grille with cartons or site it against a hot counter, oven or in direct afternoon sun. A clear air path is part of the installation, not an optional extra.
6. Let it stand upright before switching on. After delivery, leave the cabinet upright for the settling period your installer recommends, especially if it has been tipped during moving. Check the glass, door alignment and shelf runners before loading anything.
7. Run it empty first, then load in stages. Set the controller to your working band, let the cabinet pull down with the doors closed, confirm the fan is running and the door seals, then load stock in stages rather than filling it with warm cases. Record the model, the refrigerant shown on the nameplate and the controller set point for the service file.

Real Operational Challenges, Practically Solved

In a competitive commercial environment, the choice between a display refrigerator and a commercial beverage freezer affects more than storage. It shapes how well a store sells, what it spends to keep products cold and how smoothly the team operates day to day. This model is designed around the challenges store operators and foodservice operators meet most often, so that presentation, running costs and daily handling are easier to manage together rather than traded off against each other. Exact configuration for a particular floor space and product mix should be confirmed with the supplier before ordering.

Even Cooling on Every Shelf

Inconsistent temperature distribution can lead to partial thawing, frost buildup and compromised product quality, especially in high-load environments where doors open constantly. An integrated fan cooling system keeps air circulating continuously throughout the cabinet, holding a stable and uniform temperature on every shelf. That consistency protects product integrity and supports compliance with food safety requirements.

Scale & Supply Capability

ESCOLO has manufactured commercial refrigeration equipment in Foshan, Guangdong since 2010, and the team now numbers more than 800 people. Fifteen-plus years in the trade, a network of 3,000+ qualified partner factories and an annual output of 200,000+ units let us run container-scale programmes and repeat orders for supermarket, convenience and foodservice buyers. OEM and ODM work is standard: size, colour, function and your own branding are set to the specification you send. Factory audit, pre-shipment inspection, consolidated shipping and after-sales support are handled in-house.

FAQ