The Drop-In Hot Food Well Unit is an electric unit that can accommodate 4-pan size for 12" x 20" pans. It is a wet/dry type unit with a drain and manifold. The unit features individual digital temperature controls and a stainless steel top and wells. The exterior body is made of galvanized steel. The unit requires a cutout size of 58-1/2" x 25". It is UL, NSF, cUL, and CE certified. The unit can be used for wet and dry operation and has energy-saving power wells. It must be hard-wired in the field. The top of the unit has a non-marring press fit top gasket and is made of 18-gauge stainless steel. The wells are slightly depressed into the top to hold in condensation. The unit is insulated on the bottom and all sides with 1" of fiberglass. It has flush-mounted die-stamped drawn 12" x 20" individual 20-gauge wells. The unit comes with a one-year parts and labor warranty. It has standard 1/2" stainless steel drains and energy-efficient 500 watt heat pads per well. The 11.87" x 19.87" single hot food wells are manifolded together standard to one main gate valve. The unit also includes individual digital temperature controls that are wired to one main control panel with 4' of conduit and wire. The control panel needs to be field installed at the desired location. Optional features and accessories for the unit include an autofill option, fill faucet option, telescoping covers, adapter plates and bars, omitting drains and manifold, 3 phase electrical system, 240 volt, 50 cycle electrical system, and single- or double-service flip-up sneeze guards. However, including some of these options may alter the electrical specifications of the unit. The specifications of the unit include a one-piece 18-gauge stainless steel top with die-stamped 19.87" x 11.87" openings. Each well is 6.25" deep and has a 0.5" female N.P.T. drain located in the right rear corner. All drains are manifolded to a 0.5" gate valve at the left. The exterior housing is made of 20-gauge galvanized steel. The unit is insulated with 1" fiberglass. It has energy-saving power wells with individual solid state digital temperature controls
