Described herein is a refrigerated display cabinet. The cabinet comprises a case comprising shelves disposed between side walls of the case to form a conservation space to store products therewithin, a duct extending from a bottom front side of the cabinet to a top front side of the cabinet via a rear side of the cabinet, and at least one heat exchanger, each comprising one or more headers and a plurality of heat exchange tubes extending between the headers. The heat exchange tubes comprise at least one bend formed along a length of the heat exchange tubes to define at least two sections of the heat exchange tubes. The heat exchanger is disposed within the duct of the cabinet such that the headers remain at one lateral end of the rear side and at least one of the bends of the heat exchange tubes remains opposite to the headers.

A refrigerated display cabinet is disclosed. The cabinet comprises a case comprising one or more shelves disposed between side walls of the case to form a conservation space to support and store one or more products therewithin, a duct extending from a bottom front side of the cabinet to a top front side of the cabinet via a rear side of the cabinet, and at least one heat exchanger comprising one or more headers, and a plurality of flat microchannel tubes, wherein the at least one heat exchanger is disposed within the duct on the rear side of the cabinet with the plurality of flat microchannel tubes inclined at a first predefined angle with respect to a horizontal plane such that the headers on both sides of the flat microchannels tubes are at different elevations.

A cabinet to hold and display a plurality of food items is provided. The cabinet includes a plurality of shelves that each include holding volumes that are accessible via an open front of the cabinet. The cabinet establishes a separate and dedicated air curtain across the opening into each holding volume and the temperature of the air forming each holding volume is separately controlled. Each shelf includes a digital display that can be controlled to display various parameters of the contents of the specific shelves or other material.

A refrigerated display case (20) having at least one unit composed of a plurality of wall assemblies, namely a bottom assembly (22.3), a rear wall assembly, and a top assembly (22.1), which delimit a cooling space at the bottom, the rear, and the top, and having a cooling unit (1) whose components include at least one evaporator (11), one condenser (13, 13), and one electric control unit (15). An environmentally friendly refrigerated display case (20) is achieved in that the cooling unit (1) includes at least two closed refrigerant circuits (10, 10), which convey propane as a refrigerant and are each provided with a compressor (12, 12), and in order to variably control the cooling output, at least one compressor (12, 12) is embodied with a speed regulation and at least one compressor (12, 12) is embodied for operation at a constant speed.

A refrigerated case includes a case body including a top panel, a rear panel, and a bottom that cooperate to define a display space, a portion of a refrigeration system disposed in the case and operable to cool a flow of air, and a first air passage positioned to direct the flow of air near the top panel from the rear panel generally toward a front of the case. A one piece holder is positioned to receive the flow of air adjacent the front of the case, the one piece holder formed as a unitary component using a PVC foam material and arranged to accelerate and redirect the flow of air in a downward direction toward the bottom, and a filter member is at least partially supported by the holder and positioned to receive the flow of air in the downward direction and to redirect that flow into the display space.

A refrigerated display cabinet (10) includes a refrigeration loop including a compressor, a condenser, a throttling element and an evaporator which are connected; a main body (12) including a storage space (14), wherein the evaporator (16) is located within the main body and is for supplying cooling to the storage space (14); and a container (18) located outside of the storage space (12) and containing at least one of the compressor, condenser and throttling element, wherein the container (18) comprises a vent (20) configured to discharge any build-up of gases within the container (18) outwardly.

A cooling unit having, on two sides, supporting C-shaped lateral frames. The lateral frames are formed from frame profiles having a rear-sided vertical profile and a lower and an upper forward-projecting horizontal profile. A rear wall group having a heat-insulating outer covering is mounted on the vertical profiles, a base group is mounted on the lower horizontal profile and an upper group is mounted on the upper horizontal profile, and the groups surround a cooling chamber from behind, below and above. The construction has at least the outer covering of the rear wall group arranged on the inner side, facing the cooling chamber, of the vertical profile.

A cooling unit including a base group, a rear wall group and an upper group, defining a cooling chamber from below, the back and above, and are provided at least in part with components of a cooling device and which have a multi-layered structure with a flow channel arrangement embodied therein. In the base group as well as the rear wall group and the upper group intermediate spaces are formed between respective layers as parts of the flow channel arrangement, and an evaporator or another heat exchanger of the cooling device is arranged in a vertical intermediate chamber for generating cooling air.

A product display is providing having a vertical support and a product basket configured to mount to the vertical support and display product in a front-facing manner in which product from a rear of the product basket is automatically biased toward a front of the product basket, wherein at least one of the vertical support and the product basket are configured to display a particular product in order to improve product pack out in at least one of a vertical and a horizontal direction within the product display. In one form, both the basket and vertical support are dimensioned or sized based on the specific product being displayed so that product pack out is improved, if not maximized, in both the vertical and horizontal direction.

A food bar, such as a salad bar, has a cooling system with a refrigerating arrangement, and a cabinet in which pans are arranged. The cooling system is adapted for cooling the food bar such that at least two different climate zones are provided, the cooling of which is separately controllable. The cooling system has one evaporator, a cooling arrangement arranged close to, and above, pan back walls and adjacent a rear section of a covering arrangement adapted to cover pans and so that cooled air flows from a lower edge outward above the pans, and upward in toward an upper edge due to self-convection, forming a first climate zone. Pan holder elements are disposed in the cabinet so disposed that between the pan holder elements and the bottom and lateral walls of the pans, a second climate zone is formed.