CFd 2085 Plus Chest freezers

Energy efficiency class A++
Product dimensions (H/W/D) 82.5 / 125.5 / 70.9 cm
Net capacity, total 248 l
Connectable (SmartDevice-capable)

FrostProtect

FrostProtect

In order to ensure that the freezers operate perfectly even at low ambient temperatures, the appliances are designed with FrostProtect to be particularly suitable for low temperatures down to -15 °C. If the ambient temperature falls below +10 °C they continue to work efficiently. Consequently, the appliances can also be placed in unheated rooms, such as in the garage.

Model type Chest freezers
GTIN 9550000031029
Energy efficiency class A++
Energy consumption in 24h 0.463 kWh / 24h
Energy consumption per year 169 kWh/a
Climate class SN-T
Noise level 33 dB
Net capacity, total 248 l
Gross capacity, total 248 l
Voltage 220-240 V ~
Frequency 50 Hz
Connection rating 1.5 A
Product dimensions (H/W/D) 82.5 / 125.5 / 70.9 cm
Height / Width / Depth (with packaging) 849.0 / 1,263.0 / 720.0 mm
Weight (without packaging) 60.40 kg
Weight (with packaging) 65.50 kg
Temperature range freezer compartment -14°C to -28°C
Control unit Buttons
Individual temperature zones 1
Temperature display Freezer
Malfunction: Warning signal optical and acoustical
FrostControl
Door alarm visual and audible
Child proofing
SoftSystem SoftSystem
Connectable (SmartDevice-capable)
SmartDeviceBox
Star-rating 4
Cooling technology SmartFrost
StopFrost-System
Defrosting method manual
Freezing capacity in 24 hrs 10 kg
Cold storage accumulators 1
Hanging baskets 3
Maximum number of baskets (see figure) 4
Water drain
Door design
Colour White
Door/Cover material Steel
Side wall material steel
Handle Recessed grip
Cold storage accumulator

Cold storage accumulator

Art. no. 988125900

The cold storage accumulator can maintain cooling quality in the event of a power failure. It therefore represents additional backup cooling and protects your frozen goods.

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.