Abstract: A cooling device has a cabinet with at least one storage compartments for storing foodstuffs. At least two drawer doors are movable between a closed position for closing the cabinet and an open position for allowing access to the storage compartment. A center pillar extends vertically between a ceiling and a base of the storage compartment such that the drawer doors are in contact with the center pillar for sealing the storage compartment when the drawer doors are closed. A rail fixation assembly for connecting at least one rail extends between the center pillar and a rear wall. The rail fixation assembly has a pair of brackets extending from the center pillar towards the rear wall. The brackets are being spaced apart in the vertical direction, with a first bracket configured to connect to the ceiling and a second bracket configured to connect to the base.

Abstract: A refrigeration device has a refrigerant circuit for cooling a cooling chamber. An air channel conducts air to the cooling chamber. A fan is positioned in an evaporator area and supplies air from the evaporator area through the air channel to the cooling chamber; an evaporator of the refrigerant circuit cools air during a cooling cycle. The evaporator is positioned in front of the fan in relation to the direction of flow. An heating element is positioned in the evaporator area and heats the evaporator during a defrost cycle to melt surface ice accumulated on the evaporator. The heating element heats the evaporator and a first area of the fan during the defrost cycle. The fan has a heat-conducting element extending from the first area to a second area, and transfers heat from the first to the second area to melt surface ice accumulated thereon during the defrost cycle.

Abstract: A refrigeration device having a refrigerant circuit for cooling a cooling chamber of the refrigeration device, including: an evaporator area delimited from the cooling chamber at least partly by an evaporator cover; an air channel located within the evaporator area for guiding air to the cooling chamber; a flap, which is configured to guide air within the air channel; a flap motor, which is configured to operate the flap and which is positioned in a flap motor compartment located within the evaporator area; a motor compartment cover, which is configured to guide water, away from the flap motor compartment.

Abstract: A refrigeration device has a refrigerant circuit for cooling a cooling chamber. An air channel conducts air to the cooling chamber. A fan is positioned in an evaporator area and supplies air from the evaporator area through the air channel to the cooling chamber; an evaporator of the refrigerant circuit cools air during a cooling cycle. The evaporator is positioned in front of the fan in relation to the direction of flow. An heating element is positioned in the evaporator area and heats the evaporator during a defrost cycle to melt surface ice accumulated on the evaporator. The heating element heats the evaporator and a first area of the fan during the defrost cycle. The fan has a heat-conducting element extending from the first area to a second area, and transfers heat from the first to the second area to melt surface ice accumulated thereon during the defrost cycle.