A food bar arrangement (100;100'), e.g. a salad bar, comprising a holding arrangement (103;103A,103B) arranged to receive a plurality of pans for holding fresh food products, a cooling system with a refrigerating arrangement for cooling the food bar arrangement, wherein the holding arrangement (103;103A,103B) comprises or is arranged in association with a cabinet arrangement and is adapted to comprise at least one cold well or trough, and the food bar arrangement being adapted to hold the pans such that food in the pans is accessible via pan openings for a user at least from a first outer side section of the food bar arrangement, wherein the cooling system is adapted for cooling the food bar arrangement (100;100') such that at least two different climate zones are provided, the cooling system being adapted to allow separate controlling of the cooling of said at least two climate zones comprising a first and a second climate zone , the cooling system comprising a cooling arrangement (200;200') which is so arranged with respect to the holding arrangement (103;103A,103B) or the trough(s) that it will be located close to, and above, a location where pan back walls will be located when arranged in the holding arrangement (103;103A,103B), the holding arrangement (103;103A,103B) comprising a bottom section disposed at a distance from pan holder elements disposed in the holding arrangement (103;103A,103B) such that at least one cold well or trough is provided below and on lateral sides of the pans forming said second climate zone , the cooling system being adapted to separately control the cooling of said second climate zone by means of a separately controlled second flow, characterized in that it comprises an openable covering arrangement adapted to cover the pans in a closed position, that the cooling arrangement (200;200') is arranged adjacent a rear section of the openable covering arrangement , and is so arranged that cooled air will flow in a first flow from a lower edge thereof, outwards above the pans, and upwards, in towards an upper edge thereof due to self-convection, forming said first climate zone , that the cooling system comprises a main cooling chamber and a recirculation cooling chamber , a refrigerating arrangement comprising a compressor , a condenser and an evaporator , arranged between said main cooling chamber and said recirculation chamber , in front of the main cooling chamber in a cooling medium flow direction, that the main cooling chamber comprises at least one zone outlet for each climate zone , said zone outlets comprising separate zone conduits connected to each a respective climate zone , and in that for each climate zone at least one separately controllable shunting fan is provided which is connected to the respective zone conduits , and in that that by means of said shunting fans separate control of the cooling of the climate zones by controllable injection of cooling medium, e.g. air, into the respective climate zone is allowed, that it comprises a control unit adapted to control the cooling of the different zones, the shunting fans being controllable by means of speed regulation, that each climate zone comprises at least one climate zone temperature sensor for sensing the temperature in the respective zone, each zone temperature sensor being in communication with the control unit , hence allowing separate control of the cooling of the respective climate zones depending on sensed temperature in the zone by separate shunting of cooled air by the respective shunting fans by controlling the injection of cooled air or controlling the flow of cooled air to a climate zone, that the control unit is adapted to separately control the shunting fans of the different climate zones at least depending on sensed temperatures in the respective zones by controlling speeds of the shunting fans. <EOS>