Kooly 30L black thermoelectric glass door minibar Eco+ range

Ref : 251.3476

Product advantages

Large showcase to show more content
Premium design with electronically adjustable temperature
Maintenance free thanks to its automatic defrost

Characteristics

Technology

Thermoelectric

Capacity

30 L

External dimensions (cm)

L41,9 x P39 x H54 cm

Colour

Black

Energy class

Technology

Thermoelectric

Capacity

30 L

External dimensions (cm)

L41,9 x P39 x H54 cm

Colour

Black

Energy class

Test

Cellar

Electrical consumption

95 kWh/an

Ice cube maker

Sound level

0 dB (A)

Weight

15.4 kg

Defrosting type

Automatic

Number of crates

2 height-adjustable

Integrated

Yes

Interior lighting

Yes

Reversible door

Yes

Large bottles available

Key

Internal capacity

32 L

Main color

NOIR

Reliable and quiet minibar

With its tempered glass door and ultra-thin rims, this premium-looking and designed minibar showcases its contents, subtly inviting to consume. To be installed or built-in, according to your needs, this minibar uses Peltier thermoelectric technology which makes it particularly silent for the comfort of your customers. The interior temperature is adjustable by a 3-position system to obtain optimal refrigeration. The reversible door allows opening to the right or to the left. Discreet LED lighting comes on when the door is opened.
It is equipped with an automatic defrosting system, and provided with 2 height-adjustable shelves.
Available in 2 capacities: 30L or 40L

Summary of benefits:
- low energy consumption refrigeration system;
- glass door with triple glazing for optimal thermal insulation;
- the glass door allows a constant view of the drinks inside, favoring the customer's desire to drink;
- an LED light illuminates the interior as soon as the door is opened;
- the automatic defrosting system prevents the formation of ice in the minibar;
- thanks to thermoelectric technology, the minibar allows tilting installations;
- silent operation and absence of vibrations;
- respect for the environment thanks to lower consumption compared to the absorption system