Chest freezer Stalgast 883459

A chest freezer maintains food at deep-freeze temperatures by circulating refrigerant through coils inside the walls. The refrigerant absorbs heat from the interior, lowering the air temperature to preserve perishable goods without ice crystals forming. The horizontal layout creates a single, unobstructed compartment that maximises usable volume for large or irregularly shaped items. To operate, the user lifts the stainless steel lid, loads the food into the baskets or directly onto the floor of the chamber, then closes the lid securely. The manual controller adjusts cooling capacity, while the digital display shows the current temperature. LED lighting illuminates the interior when the lid is open, making it easier to locate items. The closure function ensures the lid stays shut when not in use, reducing cold air loss. The freezer is built with a powder-coated white housing for durability and easy cleaning. The stainless steel lid resists corrosion and provides a smooth surface. Inside, two baskets and one partition organise the contents, allowing separate storage zones for different food types. The 0.15 kW power rating indicates a modest load on the electrical supply, suitable for standard 230 V circuits found in professional kitchens. The 454 L volume offers ample space for bulk storage, while the -24 °C temperature ensures long-term preservation of frozen goods. The 61 kg weight allows the unit to be moved with a trolley or two people, and the 1491 x 743 x 840 mm footprint fits through standard doorways and into storage areas. The smooth stainless steel lid and seamless powder-coated interior let you wipe away spills in seconds without scrubbing or lingering odours. The baskets and partition can be removed for thorough washing. The LED lighting and digital display require no maintenance beyond occasional dusting. The freezer uses R600a refrigerant, a hydrocarbon with low environmental impact. The manual controller provides simple, reliable adjustment of cooling capacity without complex programming.