Coca Cola Postmix 10l - BIB - Postmix-Sirup - ml, Nettopreis: 99, EUR zzgl. 16% Mwst ggf. zzgl. Versandkosten Bruttopreis: ,99 EUR inkl. saitenkiste.com: Postmix Getränke Sirup Konzentrat Limonatur Cola-Standard 20l BIB - Jetzt bestellen! Große Auswahl Zurück. Coca-Cola Bag in Box 7L. Postmix-Sirup im EW-Bag-in-Box-Karton Füllgewicht: 10l. Erzeuger: Coca-Cola Erfrischungsgetränke AG, Postfach , Berlin. Das Markenzeichen.
Coca Cola Bag-In-Box Postmixsaitenkiste.com: Postmix Getränke Sirup Konzentrat Limonatur Cola-Standard 20l BIB - Jetzt bestellen! Große Auswahl Zurück. Coca-Cola Bag in Box 7L. Über 80% neue Produkte zum Festpreis. Das ist das neue eBay. Finde jetzt Postmix. Prague - Postmix Coca Cola. Najděte okamžitě kvalitní výsledky!
Postmix Coca Cola Kurzübersicht VideoHow A Soda Fountain Works
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How have you found this experience? Diet Tonic. Orange Juice. Blu Mix. Cranberry Juice. A postmix dispenser is a more sophisticated device than a premix dispenser.
The postmix system is suitable for outlets that serve large amounts of soft drinks quickly, such as a sports stadium or a busy fast-food restaurant.
From Wikipedia, the free encyclopedia. Set to 5. The syrup in this pack is ready for use as indicated.
Any change or alteration thereof, except for use in dispensing the beverage 'Coca-Cola' as indicated constitutes unauthorised usage.
Schroeder, Alfred A. Lilburn, GA Romanyszyn Jr. San Antonio, TX. Click for automatic bibliography generation. Download PDF What is claimed is: 1.
The dispenser as recited in claim 1 wherein said housing includes a front door hinged to said housing and providing access to said compartment, and wherein each of said slots is located on the rear surface of said door in front of a corresponding one of said stations.
The dispenser as recited in claim 2 wherein each of said ratio cards includes a card holder and a removable flexible card having the ratio information thereon.
The dispenser as recited in claim 3 wherein said ratio information is stored on said card in the form of holes. The dispenser as recited in claim 4 wherein said control system includes a pc board mounted on said door and said means for reading the ratio includes a series of pairs of spaced-apart IR emitter-receiver pins mounted on and extending out from said pc board, and said slots being located to position said holes on said ratio cards in-between said pairs of emitter-receiver pins.
The dispenser as recited in claim 7 wherein said refrigeration system includes a deck on top of said tank and an agitator motor mounted on said deck and an agitator shaft extending down from said agitator motor into said tank, with an agitator blade on the distal end of said shaft.
The dispenser as recited in claim 8 wherein said potable water circuit includes coupling means on each end of said potable water cooling coil whereby upon disconnecting said coupling means, said coil can be lifted up out of said tank when said deck has been removed.
The dispenser as recited in claim 11 wherein each of said nozzles includes a slot leading into said central opening. The dispenser as recited in claim 12 wherein each of said nozzles includes a pair of flexible arms, one on each side thereof, and locking means on said arms for holding said nozzles in place.
A method for making a major subassembly of a postmix beverage dispenser, said portion comprising a water-bath tank, a separate concentrate package compartment, a plurality of water conduits external to both said tank and said compartment, and a layer of insulation surrounding said tank and compartment and conduits, comprising the steps of: a forming said tank; b forming said compartment; c bonding said tank to said compartment; d positioning said conduits in place; and e foaming in place said layer of insulation surrounding said tank, said compartment and said conduits, to form a one-piece, structural subassembly.
A one piece, structural subassembly for a postmix beverage dispenser comprising: a a water bath tank; b a concentrate package compartment; c said tank and said compartment being bonded together; d a plurality of conduits external to said tank and said compartment; and e a layer of foamed-in-place insulation surrounding said tank, compartment and conduits.
The electronics consists of four interconnected Printed Circuit Boards PCB's : 1 Control Board located above the splash plate 11 inside the housing The present invention will be more fully understood from the detailed description below when read in connection with the accompanying drawings wherein like reference numerals refer to like elements and wherein:.
With reference now to the drawings, FIGS. The dispenser 10 includes a housing 12, an ice-water bath tank 14, a refrigeration system 16 including an evaporator coil 18 in the tank 14, a package chamber 20 for receiving four juice concentrate packages 22 and a pair of doors 24 and 26 providing access to the chamber This arrangement moves the motors from behind the package to below it, to allow the tank 14 to be located as shown and directly below the refrigeration system The dispenser 10 includes a water inlet line 34, plumbed to the local water supply, connected in turn to a cooling coil 36 located in the tank 14, which in turn is connected to a water manifold A water supply line 40 extends from the manifold 38 through a solenoid 42 and a water flow meter 44 to a connector nipple 46 in a package receiving station The solenoid and water flow meter are preferably identical to that described in U.
An electronic controller 50 receives signals from the flow meter 44 regarding the water flow rate and thus the volume of water passing therethrough and in turn controls the speed of the respective motor 28 to obtain the desired ratio of water to concentrate.
Each of the four package stations 48 in the chamber 20 has one drive shaft coupling 32 and one water supply nipple The tank 14 is made of aluminum and the chamber 20 has at least one aluminum wall 52 connected directly to a wall of the tank, to keep the chamber 20 cold.
In addition, a small motor and fan unit 54 circulates the air in the chamber 20 to help keep the packages 22 cold.
The packages 22 will now be described with reference to FIGS. The package housing includes an upper juice concentrate container housing and a lower pump housing The container housing includes an upper wall having a fill opening , and a sidewall having a lower peripheral connecting edge surrounding a container housing bottom opening The pump housing encloses a pumping chamber and has an upper peripheral attaching edge that mates in a liquid-tight sealing connection with said connecting edge A fill plug is fitted into said fill opening in a liquid-tight sealing fit.
The fill plug can be snap-fit alone or preferably can also be induction welded, spin welded, or sonically welded, as at , in place.
The fill plug includes a one-way air vent valve that prevents egress of liquid but allows air to enter the package as concentrate is pumped out causing reduced air pressure therein.
This prevents the package from collapsing. The valve includes a plurality of holes , a flexible diaphragm and an annular valve seat Referring to FIG.
The connecting edge includes a peripheral tongue that matingly fits in said groove with a liquid-tight seal. A bead of sealant is preferably located in the groove to assist in making a liquid-tight seal.
A progressive cavity pump or moineau pump is located in the pump chamber in the pump housing The pump includes a rotor and a stator The stator includes a flexible bellows at its distal end to allow the stator to move radially.
A stop abuts the proximal end of the stator to prevent axial movement thereof The rotor includes a drive shaft extending exteriorily of the pump housing for connection to the coupling 32 through a liquid-tight seal The pump housing includes a concentrate outlet opening The mixing nozzle includes a nozzle housing rotatably connected to the pump housing and enclosing a mixing chamber , a concentrate passageway leading from a concentrate inlet opening to a concentrate inlet port into said mixing chamber, a water inlet opening , a water passageway leading from said water inlet opening into said mixing chamber, and a beverage discharge spout The mixing chamber includes a mixing element which is also a shut-off valve.
The mixing aspect of element operates as follows: the incoming concentrate from the pump is forced to spread out around the conical surface and enter the mixing chamber through the narrow annular slot where it is hit and sheared by water which is directed against the concave bottom of the element and then spreads out toward the slot where it violently hits and mixes with the concentrate.
Preferably, a flange extends radially into the chamber below the slot tb further agitate and mix the water and concentrate.
This violent action fully mixes the two components and no unmixed solids such as occur in orange juice with pulp are found in the bottom of a dispensed cup of beverage.
The element is preferably made of air-foamed polyethylene to increase its buoyancy. The flanges are preferably at an angle so that the water hitting the concave undersurface of the element causes it to rotate.
This dynamic movement of the element further assists the dynamic mixing. The valve aspect of the mixing element is that it floats in the single strength juice in the mixing chamber when the dispenser is off, and seals against a valve seat to prevent any concentrate from flowing into the mixing chamber.
When a drink is to be dispensed, the element is pushed down by the flow of concentrate from the pump, thus opening the valve. Contains a source of Phenylalanine.
Store cool and dry;Best Before End - See end of box. Set to 5. The syrup in this pack is ready for use as indicated. Any change or alteration thereof, except for use in dispensing the beverage 'Diet Coke' as indicated constitutes as unauthorised usage.Inhalt : 2. Nachnahmegebühren siehe Auftragsbewertung Warenkorb. Vollständige Informationen.