1605 mm Of Glass Divides Into Three Zones, Three Serving Points And One Power Feed - Which Changes How The Shop Is Laid Out, Not Just How Much It Holds
Ask a shopkeeper what a three door cabinet is for and the answer is usually "more stock". That is the least interesting thing about it. The useful property is that 1605 mm of glass divides into three equal columns, and three columns can carry three different stories at once - without a second compressor, a second power point or a second header. A shop that has been running one two-door cabinet and a shelf unit beside it is not short of litres; it is short of a single face that can be read as one range.
The cabinet itself is deliberately conventional, because at this size convention is what keeps it serviceable: three hinged glass doors, two mullions, one evaporator behind a slotted ceiling canopy, one open wire condenser on the rear face, four castors under a black plinth, a lit header across the full width. What changes is the working geometry. Three doors means three people can be served at once, and a door opened in the middle no longer disturbs the stock at either end.
Two things this page will be straight about. First, at 1605 mm wide and 153 kg gross the cabinet is a layout decision before it is a purchase - it needs a wall, a route and a floor that can take it. Second, the declared holding range is 0 to 10 °C. That makes it a chilled display: dairy, drinks, desserts, prepared food, and ice cream sold from a chilled cabinet rather than a deep-frozen one. If the product has to sit at −18 °C, the right machine is a glass door freezer from the same range, not this cabinet.
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998 L
TOTAL VOLUME
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1605 mm
FACE WIDTH
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3
INDEPENDENT DOORS
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25
PER 40′HQ
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1605 mm, and what a metre and a half of glass actually buys
On paper the numbers are tidy: 998 litres on a 1605 by 590 mm footprint, which is 0.95 m² of floor and about 1050 litres for every square metre occupied. Compare that with two 428 litre cabinets standing side by side, which hold 856 litres on 1.04 m². The single three door face wins on density and it wins much more clearly on frontage: one frame, one header, one line of doors, no shadow gap in the middle of the range.
Against the 658 litre cabinet the trade is almost exactly proportional: 50 per cent more width for 52 per cent more volume. That is a useful sanity check, because it means the third door is not selling air. What it does not buy is a second temperature zone; all three columns sit in the same air circuit at the same set point.
At the back of the shop the arithmetic shifts. A 1665 mm carton means 25 units fill a 40′HQ, which is roughly 40 metres of display frontage in one container - the same order as the 36 units of the 1070 mm cabinet, just in fewer, longer boxes. For a distributor fitting out several stores at once, that linear-metre figure is easier to plan with than a unit count.
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Left: the cabinet on the workshop floor, header lit, all three doors closed. Right: the same face straight on - three equal door widths, two mullions, one continuous black plinth.

The full 1605 mm: three columns of wire shelving behind three independent glass doors, with the slotted canopy running across all of them.
Three zones on one face: how shops divide the columns
The reason a three door cabinet earns its floor space is that it lets one piece of furniture do three merchandising jobs. The split below is the one most shops settle on after a few weeks, and it is worth planning on paper before the cabinet is loaded.
| Column | Usual job | Why it works there |
|---|---|---|
| Left door | Impulse and single-serve | Closest to the till or the door, so the fastest hand movement lands on the highest margin lines |
| Middle door | The staple range | Centre of the face is where the eye settles first; put the lines that must never be out of stock here |
| Right door | Promotion or seasonal | Easiest column to re-set without disturbing the other two, so it can change with the season |
| All three | One category, wider facings | For a distributor showroom selling one product family, three columns of the same brand read as a wall of that brand |
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Because the doors are independent, the load on each column is independent too. Restocking one zone does not mean standing in front of the other two with the doors open, and a delivery can be split by column instead of by cabinet. Rotation follows the same logic. Each column is a self-contained run of shelves, so first-in-first-out can be managed one column at a time: fill from the back, sell from the front, and the oldest stock in that column comes forward instead of disappearing behind new deliveries. |
A straight note about ice cream
A cabinet this size is often bought by shops that sell ice cream, desserts and cold drinks from the same run, and the phrase "ice cream display" gets used loosely. What the machine actually does is hold 0 to 10 °C, set by a thermostat dial under the canopy. That is a chilled display: it keeps product cold for sale and service, and it is the right cabinet for tubs, cups, dessert boxes, dairy, drinks and prepared food that is sold and eaten within the day.
It is not a deep freezer, and no setting on the dial changes that. Product that has to stay hard at −18 °C needs a glass door freezer, which is a separate model in the same range with its own compressor, insulation and evaporator design. Buying this cabinet and expecting frozen storage is the single most expensive misunderstanding in this product category, so it is worth saying plainly on the product page rather than in an email after the container lands.
What the chilled range is genuinely good at is the service half of an ice cream business: the display, the point of choice, the queue that forms at the counter. Deep-frozen stock lives in a chest freezer in the back; the 1605 mm face is where it is presented, scooped and sold.
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PART 04
One air circuit across three columnsCold air is produced once. The fan behind the slotted canopy pushes it forward along the ceiling, it falls down the inside of the three glass doors and returns up the rear wall to the evaporator. Both mullions are slotted so the columns share that circulation rather than each becoming a sealed box. The practical consequence is that the cabinet must not be loaded like a storage rack. Keep the canopy slots clear, keep stock behind the door line rather than pressing against the glass, and remember that the two mullions are air paths, not spare shelf space. Wire shelving exists for the same reason: air falls through the levels. Solid shelves in a forced-air cabinet turn every level into a lid, and the base warms while the top over-cools - a fault that looks like a refrigeration problem and is actually a loading problem. |
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Left: shelf level detail - white coated wire, front edge formed over, seated in the side-wall slots. Right: the canopy from below, with the vent slots and the controller panel behind it.
A 1605 mm header, and the mistake of filling it
At this width the light box is the biggest single advertising surface a shop owns inside its own four walls, and it is at eye height. That is exactly why it gets over-filled: someone puts a product list on it, and from three metres away the panel reads as grey texture.
The rule that works is one image and three or four words, in a typeface that survives a diffuser. If the shop runs more than one cabinet, the headers should be designed as a set - same height, same type scale, same colour, different words. A run of cabinets with mismatched headers reads as a run of second-hand furniture.
The insert is printed artwork behind the diffuser and is fitted before packing, so the cabinet arrives with the buyer's own message in place. It stays lit whenever the cabinet is on, which matters on a battery system: count the light box in the daily load, and do not switch the cabinet off overnight to save it - a cabinet that has been off for eight hours spends the first part of the trading day pulling heat back out of its own stock.

The header strip from the front: printed insert behind a diffuser, frame set above the door line so the light does not reflect into the glass.
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PART 06
Three doors, three gaskets, three wear patternsEach door is a full-height glass panel in its own frame with a magnetic gasket and a vertical bar handle. Three doors means each panel is narrow enough to open with one hand and to close itself against the gasket, which is the reason large display cabinets are built from several doors rather than one wide sheet of glass. It also spreads the wear. On a cabinet with a single door, the hinge side takes every opening in the shop. Here the left door, the middle door and the right door each take their own traffic, and because the zones hold different stock they are opened at different rates - so when one gasket finally goes, the other two are still sealing and the shop keeps trading on two thirds of the face. Check a gasket the way a technician does: trap a sheet of paper between door and frame, then pull. It should resist evenly all the way round. Gripping at the corners but slipping along the hinge side is the usual cause of a cabinet that runs wet in humid weather. |
24 V DC or 220 V AC - and why a 998 is not a 12 V cabinet
This model is built for 24 V DC and 220 V AC 50 Hz, with R290 as the refrigerant. The DC voltage is not a marketing choice; it follows from the load. A 998 litre box with three glass doors and 1605 mm of glazed face gains more heat per hour than any smaller cabinet in the range, and the compressor has to move that heat out continuously while the shop trades.
At 12 V the same cooling power needs roughly twice the current, which turns into heavy cable, a bigger charger and a bank that dips on every compressor start. At 24 V the current halves and the volt drop falls to a quarter for the same cable section. If a site already runs a 12 V system, the honest options are a 24 V bank for the cabinet, a DC-DC converter sized for the start current, or a smaller cabinet.
Where mains is available the 220 V build removes the battery entirely. Both builds share the cabinet, the glass and the interior, so a shop can start on mains and move to a 24 V bank later - but the voltage has to be declared when the order is placed, because it is a different compressor configuration.
| Supply | Typical site | What it changes at installation |
|---|---|---|
| 220 V AC 50 Hz | Shop with a stable grid | No battery, no charger; one dedicated circuit and a properly earthed socket |
| 24 V DC | Off-grid shop, canteen, market hall, event venue | Cable and charger sized on the running current plus the start surge, not on the litre figure |
| 12 V DC | - | Not offered on this model; 12 V builds are available on the smaller cabinets in the range |
Rated input power is confirmed per build on the order confirmation, because it moves with the compressor and the supply option fitted. Battery and array sizing is quoted against the site's opening hours and ambient temperature, not from a table.
The rear face, the plinth, and the space nobody plans for
Heat leaves through an open wire condenser across the rear face. Exposed rather than boxed in, for two reasons that matter in a real shop: a bare coil rejects heat into the room better, and it can be brushed clean. In a hot or greasy kitchen it is the coil, not the compressor, that decides whether a cabinet keeps temperature through the summer.
The cost of that design is a rear gap. Push the cabinet flat against the wall and the shop has insulated its own condenser; the cabinet then runs longer, the room gets warmer and the electric bill goes up while the temperature inside creeps. Treat the gap behind the cabinet as part of the floor plan, not as something to negotiate on site.
Underneath, the black plinth does three jobs: it keeps mop water away from the compressor compartment, it hides the machinery behind vent slots, and it gives a 2 m tall cabinet a base line so it reads as furniture rather than as a box on wheels. The castors sit under it - four contact points, so the floor needs to be flat enough for them to share the load of 140 kg net.

Plinth, vent slots and castors along the full 1605 mm base: the cabinet can be rolled out for cleaning without being emptied.
Where a three door face is the right answer
This is the widest upright in the range, so it is bought by rooms that already have traffic and want the range to read as one offer rather than by rooms being fitted from nothing. Six settings where it works.
| Setting | Why three doors | What to get right |
|---|---|---|
| Convenience store | Three customers at the evening peak | Keep the queue off the door line; the middle door is the one people reach for first |
| Ice cream and dessert shop | Presentation face for tubs, cups and desserts | Chilled display only; keep deep-frozen stock in a freezer and use this for sale and service |
| Beverage showroom | One brand family across three columns | Align shelf heights across doors so the eye reads continuous rows, not three cabinets |
| Hotel buffet / breakfast room | Three service points in one piece of furniture | Subdue the header artwork; in a dining room the cabinet should look fitted, not branded |
| Staff canteen | Break-time queue served in parallel | Load in two passes; 998 litres of warm stock will not be cold by the first break |
| Pharmacy / clinic shop | Three product groups, one temperature-controlled box | Set the dial to the lower half of the band and log with a thermometer in water, not by hand |
For a two-temperature shop, plan the freezer and the chilled cabinet as a pair rather than trying to run one cabinet at both temperatures.
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PART 10
Getting 1.6 m and 140 kg through a shopMeasure the route, not the doorway. The carton is 1665 mm wide and 2090 mm tall. Corners, stairwells, lift doors and roller-shutter boxes are what stop a delivery; a doorway that clears 1.7 m is not the same as a corridor that turns. Stand it upright and wait. If the carton travelled on its side, let the cabinet stand for at least four hours before switching on so the oil drains back into the compressor. Roll it, do not drag it. Move the cabinet on its castors with two people, one at each end. The plinth is a cover, not a lifting point. Run it empty first. Confirm the compressor cycles instead of running continuously, then load in two passes over a day. Brake and level. On a floor that slopes, level the cabinet before loading, otherwise all three doors swing on their hinges and the gaskets take the strain. |
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Three door cabinets in the yard before packing, lined up with the rest of the range: headers, frame sections and shelf hardware are common across the family.
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PART 11
Four things that actually go wrongOne gasket, not three. Temperature drift almost always starts at a single door. Wipe the gaskets monthly; replace the one that has stopped gripping and the other two columns carry on sealing. The rear coil. Brush it every few months in dusty or greasy sites. Most "not cooling" calls on display cabinets end with a fouled condenser, not a failed compressor. The fan. A noisy fan is a warning. Replace it before it stops, because when it stops the compressor keeps running and the cabinet quietly loses circulation - the top shelf stays cold and the bottom warms. Loading the canopy. Stock stacked up into the slotted panel blocks the supply of cold air to a whole column. It is the most common and the cheapest fault to fix. |
The same face seen along a finished line: three door cabinets at the end of a run of two and single door units, all built on the same glass door system.
Specification, BCD-998
| Model | BCD-998 |
| Type | Three door upright display cooler, hinged glass doors, lit header, castors |
| Total volume | 998 L |
| Temperature range | 0 to 10 °C, set by thermostat dial (chilled display, not a freezer) |
| Product dimensions | 1605 × 590 × 2000 mm (W × D × H) |
| Carton dimensions | 1665 × 640 × 2090 mm |
| Gross / net weight | 153 kg / 140 kg |
| Power supply | 24 V DC / 220 V AC 50 Hz |
| Rated power input | Confirmed per build on the order confirmation |
| Refrigerant | R290 |
| Shelving | White coated wire shelves, adjustable per column in side slots |
| Air circulation | Fan-assisted, evaporator behind a slotted ceiling canopy, slotted mullions |
| Condenser | Open wire coil on the rear face; fan and louvres in the plinth |
| Mobility | Four castors on a black plinth |
| Finish | Black body and frames with a lit header; other body colours on request |
| Loading | 25 units per 40′HQ |
| Options | Header insert artwork, body colour, voltage configuration, packaging |
Model designation: this cabinet is listed as LC-998 in our display cooler catalogue and is offered here as BCD-998. Volume, dimensions and power options are identical under either designation.
Before you order: six questions buyers ask
Can it be used as an ice cream freezer?
No. The declared range is 0 to 10 °C, so it holds chilled product for display and service; it will not keep ice cream hard. For deep-frozen storage the range includes glass door freezers, and the usual arrangement is a freezer in the back for stock plus a chilled cabinet like this at the point of sale.
Are the three doors independent, and can the columns hold different ranges?
The doors are independent and open separately. All three columns share one air circuit and one set point, so the product in each column can differ but the temperature cannot: three merchandise zones, one climate.
Why is there no 12 V build?
Because of the load. This is the largest glazed face in the range, and at 12 V the compressor would need roughly twice the current of a 24 V build, which pushes cable, charger and battery sizing past what a 12 V installation normally carries. A 12 V system can still feed it through a correctly sized converter, sized on the start current.
How many shelves come with it?
Wire shelves, adjustable per column, with the count set on the order. Because each column serves a different zone, it is normal for the three columns to ship with different shelf spacing - tell us the split when ordering rather than adjusting it on site.
Can the header carry our artwork?
Yes. The header is a printed insert behind a diffuser, fitted before packing. Send artwork with the order; keep it to a few words and one image so it still reads from across a shop floor.
Can it ship with smaller cabinets in one container?
Yes. 25 units of this model fill a 40′HQ on their own - about 40 m of display frontage - and mixed loads with the single and two door cabinets are quoted per order. The loading plan is confirmed before production, and glass door cabinets always travel upright.
Send the wall length, the number of stores, the ambient temperature and whether the site runs on mains or a 24 V bank. We will confirm the voltage build, the shelf split per column, the body colour and the header insert for your market.
Inside the factory that builds this system
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Hangzhou Juka Solar Technology was founded in 2015 around one problem: putting solar energy, new energy and smart control to work inside a refrigeration circuit. The range has since grown from a single DC chest freezer to solar refrigerators, solar ice makers, mobile ice-cream carts, delivery tricycles and beverage retail carts - all of them exported, most of them to Belt and Road markets. The work does not stop at the container. Partners in Ghana, Gabon, Cameroon, Nigeria, Kazakhstan and India are supported in setting up their own local production for retail and delivery refrigeration, which is how a cold chain becomes permanent rather than a series of one-off shipments. For a solar system this matters more than for a mains-only freezer. Panel sizing, controller rating and battery capacity all depend on cabinet volume and site conditions, so the cabinet and the electronics are engineered together instead of being bought separately by the importer. |
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What is decided before the cabinet is built
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Wall thickness is a production parameter 65 mm or 110 mm foam is set on the foaming line, not assigned in a brochure. Insulation that is specified but not achieved is the usual reason a solar cabinet underperforms in its first hot season. |
One bill of materials Panel, controller, battery and cabinet are listed together, so the importer receives a system whose parts were sized against each other rather than sourced independently. |
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Voltage as an order option DC input, AC adapter voltage, plug type and control panel artwork are selected per market on the same platform - no separate tooling run for a different destination. |
Repeatable on the second container Foam thickness, fittings and controller model are held per customer, so a follow-up order matches the first one instead of drifting. |
Certification and test documentation
CE marking covers the electrical arrangement, and utility model patents cover the cabinet and the direct-drive control layout. Documents travel with the order so they can be presented at customs and to institutional or tender buyers.
CE - low voltage and EMC |
CE - supplementary schedule |
Utility model patent - cabinet structure |
On the floor
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Six control points behind every cabinet
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01 |
Foaming runs inside a constant 20-23 °C room, so the foam quality does not shift with the season. |
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Condenser and evaporator are nitrogen purged before any pipe joint is made, keeping the internal circuit clean. |
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03 |
Vacuum is pulled to below 20 Pa. A unit that does not reach spec is never charged with refrigerant. |
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Two leak tests per cabinet with an INFICON detector - one unpowered, one running. |
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A constant-temperature test room confirms refrigeration parameters under identical conditions all year. |
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Production and quality control are separate departments. Only cabinets signed off by a QC inspector are packed and warehoused. |
Machines on the line
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Equipment |
What it gives the buyer |
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Automatic laser cutting machine |
Consistent panel geometry, tight tolerances, clean edges |
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Punch press and bending machine |
Repeatable cabinet forming from unit to unit |
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Dual-gun high-pressure foaming machine |
Even density across the whole cabinet, no thin spots |
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CACL high-precision filling machine |
Precise refrigerant charge on every unit |
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INFICON high-sensitivity leak detector |
Finds leaks that ordinary detectors pass |
OEM, ODM and local assembly
Cabinet-only supply, private label, SKD and CKD shipments are all available, together with technical guidance for partners who would rather assemble locally than import finished units. Helping partners build their own refrigeration business is the part of the work that outlasts a single purchase order.
What can be changed on a standard order:
✓ Customer logo and cabinet colour
✓ Voltage options and plug type
✓ Packaging design
✓ Product configuration, baskets and fittings
✓ Panel, controller and battery included, or cabinet supplied on its own
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