a refrigerator cooler 1 constructed in accordance with the present invention is seen generally in fig1 . as seen in fig1 and 2 , the refrigerator cooler 1 includes a refrigeration unit 4 and a refrigeration cabinet 6 . as seen throughout fig2 - 7 , the refrigeration unit 4 has a backside 8 , a front side 10 , a lower side 12 and an upper side 14 . in the preferred embodiment of the invention , the refrigeration unit 4 is preferably made of metal . further , the lower side 12 preferably includes a left side and right side incline surface 16 a and 16 b that both extend downwardly towards the front side 12 . the right side incline surface 16 b is not shown well , but is a mirror - image of the left side incline surface 16 a . each incline surface 16 a and 16 b includes an adjacent horizontal resting surface 18 a , 18 b so that when the refrigeration unit or “ unit ” 4 is inside the cooler 1 , the unit 4 rests upon the horizontal resting surfaces 18 a , 18 b to support the unit 4 in the cooler 1 . also as seen in fig2 - 7 , the lower surface 12 preferably includes a flat metal plate 20 with a downwardly extending lip 22 from the front side 12 of the unit 4 . in the preferred embodiment , the downward extending lip 22 includes openings 46 a and 46 b , but may include other similar mating devices , for engagement with the cooler 1 . as demonstrated in fig3 - 7 , the upper side 14 of the unit 4 preferably includes an evaporator inlet opening 23 and an evaporator cool air exhaust opening 24 . in addition , the vent 26 , as seen in fig1 , allows the flow of ambient air into the refrigeration unit 4 . specifically , the interior ( not shown ) of refrigeration unit 4 is divided into a lower interior and upper interior section ( not shown ). in the preferred embodiment , the lower interior section includes the condenser ( not shown ). the backside 8 , adjacent to the lower section , includes three fans 34 a , 34 b and 34 c , which can be seen in fig8 . the three fans 34 a , 34 b and 34 c ventilate the lower interior section and cool the condenser by pulling the ambient air through the front side of the interior of the refrigeration unit 4 and through vent 26 , then across the condenser . the resultant heated air is then released out of the backside through the three fans 34 a , 34 b and 34 c and out the back vent 80 of the compartment 48 . the lower and upper interior sections are separated so that the condenser and the evaporator ( not shown ) of the unit 4 are separated . as seen in fig3 - 6 , the evaporator is covered by a shock absorber 40 ( made preferably of styrofoam or some other similar shock absorbing material ). in addition , unit 4 includes a temperature control gauge 42 to regulate the temperature of the air circulated through the cabinet 6 . as seen in fig3 - 6 and 11 a - c , the upper side of the refrigeration unit 14 includes a seal 44 secured around the perimeter of the evaporator inlet opening 23 and evaporator cool air exhaust opening 24 . preferably the seal 44 is made of a flexible material such as neoprene and may include a magnate core . in addition , the seal 44 includes a dividing section 45 as seen in fig3 - 6 . the dividing section 45 separates the evaporator inlet opening 23 and the evaporator cool air exhaust opening 24 so that the air flow is not intermixed . as seen generally in fig1 , 2 and more clearly in fig9 and 10 , the cooler 1 includes the refrigeration unit housing compartment or compartment 48 . the compartment 48 houses the refrigeration unit 4 . the compartment 48 has a backside 50 , a front side 52 , a left side 53 , a lower side 54 , a right side 55 , an upper side 56 and an opening seen generally at 58 . the unit 4 is adapted to slide into opening 58 . in addition , the compartment 48 has an upper support surface 60 and a lower support surface 61 . the lower support surface 61 is preferably made of metal . the lower support surface 61 preferably has two incline surfaces 62 a and 62 b , as demonstrated in fig1 and 11 a - c . the inclines 62 a and 62 b operate similarly to inclines 16 a and 16 b of the unit 4 . incline surfaces 62 a and 62 b include horizontal resting surfaces 63 a and 63 b onto which the unit 4 will ultimately sit during the installed position . incline surface 62 a and 62 b are located at the backside 50 and extend in an upward manner , towards the backside 50 . more particularly , the incline surfaces 62 a and 62 b are located along rails 64 a and 64 b which are located on the lower support surface 61 , as seen in fig9 , 10 and 11 a - c . the rails 64 a and 64 b extend along the left and right sides 53 , 55 of the compartment 48 along the lower support surface 61 . each rail 64 a and 64 b has a back end 66 a and 66 b and a front end 68 a and 68 b . the back ends 66 a and 66 b include two stops 67 a and 67 b that abut the unit 4 in the resting position as shown clearly in fig1 a - 11 c . as shown in fig9 , the compartment 48 also preferably includes a bracket 70 spanning across the front side 52 of the cabinet 48 . the bracket 70 preferably includes a horizontal surface 72 that forms part of the lower support surface 61 . the bracket 70 also includes a downwardly extending lip 74 , shown in fig1 a - c , that preferably includes bolts 76 a and 76 b , shown in fig2 and 11 c , on each side of the bracket 70 . fig2 clearly demonstrates the bolts 76 a and 76 b engaging the corresponding openings 46 a and 46 b in the downwardly extending lip 22 of the unit 4 . fig1 a - 11 c show the nuts 77 a and 77 b , ( 77 b is not well shown , but is a mirror - image of 77 a ) affixed to the bracket 70 , which receive the corresponding bolts 76 a and 76 b . in this preferred embodiment , the nuts 77 a and 77 b receive the respective bolts 76 a and 76 b to secure the refrigeration unit 4 within the compartment 48 . a grill cover 82 , as seen in fig1 , and includes the vent 26 to allow the ambient airflow into the interior of the unit 4 to provide the aforementioned ventilation across interior of the unit 4 . as seen clearly in fig1 a - c , the unit 4 in the preferred embodiment has at least 1 handle 84 for pushing or pulling the unit 4 into or out of the compartment 48 . specifically , as the unit 4 is pushed along site line 11 — 11 ( as shown in 11 a , 11 b and 11 c ) it enters into the compartment 48 of the cooler 1 . initially , the lower metal plate 20 of the unit 4 , comes into contact with the horizontal surface 72 of the bracket 70 , and the rails 64 a and 64 b . further advancement of the unit 4 into the compartment 48 causes the side edges 21 a and 21 b of the metal plate 20 to slide along the rails 64 a and 64 b . eventually the lower metal plate 20 engages the incline surfaces 62 a , 62 b and the horizontal surface 72 engages the incline surfaces 16 a , 16 b . as the unit 4 advances yet further into the compartment 48 , the metal plate 20 and horizontal surface 72 slide upward along the incline surfaces 62 a , 62 b and the inclines surfaces 16 a , 16 b , respectively , causing the unit 4 to move further into the compartment 48 , while simultaneously causing the unit 4 to move upward . up to this point , a space existed between the unit 4 and upper surface of the compartment 60 . however , as the unit 4 moves upward in the compartment 48 , the space decreases as seen clearly in fig1 b and 11 c . ultimately , when the unit 4 comes to a resting position on the horizontal surfaces 18 a and 18 b of unit 4 as well as the horizontal surfaces 63 a and 63 b of the compartment 48 , the unit 4 will abut against the stops 67 a and 67 b . in addition , the seal 44 is now pressed tightly against the upper surface of the compartment 60 . this secures the unit 4 in place within the compartment 48 . in addition , as previously noted , the seal 44 may have a magnetic core and , as such , the seal 44 is additionally secured , magnetically , with the upper support surface of the compartment 60 . once in this position , the bolts 74 a and 74 b may be inserted into the openings 46 a , 46 b and secured in place via nuts 77 a and 77 b , so that the unit 4 can be securely fastened into the compartment 48 . fig1 shows openings 86 a and 86 b of compartment 48 that are aligned with the evaporator inlet opening 23 and outlet 24 of the unit 4 , when the unit 4 is in the installed position of fig1 c . the openings 86 a and 86 b are found in the upper surface 56 of the compartment 48 . the openings 86 a and 86 b allow the flow of air from the corresponding evaporator inlet opening 23 and evaporator cool air exhaust opening 24 to circulate air in the refrigeration cooler cabinet 6 . specifically , the airflow circulates through a baffling system 88 a and 88 b to the refrigeration cooler cabinet 6 . the details of the baffling system 88 a , 88 b are not shown . however , one skilled in the art will appreciate the requirements of the baffling system . in this manner , the refrigeration cooler cabinet 6 is cooled . as seen clearly in fig1 , the openings 86 a and 86 b are covered ( preferably ) by a hard plastic sheet 90 so that food items in the refrigeration cooler cabinet 6 do not slip through the openings 86 a and 86 b and into the unit 4 . the refrigeration cooler cabinet 6 can maintain food items of other products in a variety of methods including the shelving system as seen generally at 92 as shown in fig1 or in a vending machine - type format .