Freezer TEFCOLD F3DBB

A glass-door freezer keeps frozen goods visible while maintaining a steady low temperature. The refrigeration cycle circulates a natural refrigerant through an evaporator coil inside the cabinet. As the refrigerant evaporates, it absorbs heat from the air, lowering the temperature to the set point. A fan distributes the cold air evenly across every shelf, ensuring uniform cooling without hot spots. The glass door is triple-glazed and heated to prevent condensation, so customers can see the products clearly without opening the cabinet and letting warm air in.

To load the freezer, slide the adjustable wire shelves into the desired positions. Place frozen items on the shelves, close the self-closing door and set the digital controller to the target temperature between -22 °C and -18 °C. The unit defrosts automatically, so no manual intervention is needed. Internal LED lighting switches on when the door opens, illuminating the contents for easy selection.

The cabinet is built on a stainless-steel base with a mirror finish. The exterior dimensions of 1880 mm high, 760 mm wide and 2003 mm deep give a footprint that fits standard supermarket aisles. Inside, fifteen shelves in two widths—551 mm and 624 mm—organise up to 1090 L of frozen stock. Four wheels allow the freezer to be moved for cleaning or reorganisation without lifting the 305 kg weight.

The digital controller displays the current temperature and allows precise setting. A 220-240 V, 50 Hz power supply is required, drawing 1.28 kW during operation. The refrigerant charge is 2 x 95 g of R290, a hydrocarbon with low environmental impact.

Cleaning involves wiping the glass door and stainless-steel base with a damp cloth. The wire shelves can be removed and washed separately. The automatic defrost cycle keeps the evaporator coil clear, so no manual defrosting is needed.

The F3DBB is a single model; no variants are listed.

The catalogue places the F3DBB in the commercial refrigeration section, under glass-door freezers for retail display.