MRHsc 2852

Gross volume 296 l
Product dimensions (H/W/D) 82.5 / 104.5 / 68.0 cm

Efficient refrigeration system

Efficient refrigeration system

Liebherr guarantees the outstanding quality of its refrigeration systems through expertise derived from decades of experience in the refrigeration technology sector, and through continuous research and development. By employing only premium-quality compressors, condensers, evaporators and other refrigeration components the energy consumption and operating costs of Liebherr appliances are significantly reduced.

Environmentally friendly refrigerants

Refrigerants R600a and R290 are environmentally friendly – they have a minimal greenhouse effect and no ozone depletion potential – and therefore, they have almost completely replaced those previously used (R134a and R404a). All Liebherr impulse sales chest freezers use R600a or R290 as refrigerants and offer outstanding energy efficiency, which improves their CO2 footprint and promotes sustainability.

Product group output channels Chest cooler
GTIN 9550000028579
Energy efficiency class A
Energy consumption per year 133.59 kWh/a
Noise level 42 dB
Gross volume 296 l
Refrigerant R 290
Cooling system static
Defrosting method manual
Voltage 220-240 V ~
Frequency 50 Hz
Connection rating 1.5 A
Temperature class * K4
Maximum ambient temperature 32 °C
Average ambient humidity 65 %
Net capacity, total 252 l
Product dimensions (H/W/D) 82.5 / 104.5 / 68.0 cm
Weight (with packaging) 55.60 kg
Weight (without packaging) 48.10 kg
Control Mechanic control system
Temperature range +2°C to +15°C
Temperature display internal analog
Side wall material steel
Colour white
Cover frame colour grey
Door/Cover material Aluminium sliding lid
Type of lock upgradable
Material of interior containers Aluminium
Interior light
Material of adjustable feet
The temperature class describes in which temperature norm range the measurement packets are.

Please note: despite careful data management, we reserve the right to make technical changes; and discrepancies may occur between the image or text content and the original appliance.