Opening Sales Mobicool MQ40 Coolbox (12V/230V)

We love this elegant Mobicool MQ40 AC/DC travel coolbox. In fact, it’s our best performer in the thermoelectric category (just don’t tell the others). With generous insulation, double fan system and split lid, it achieves cold temperatures quickly and efficiently. Plus a host of other convenient features, including fold-away side handles for easy mobility.

OUR SERIOUSLY COOL THERMOELECTRIC COOLBOX

For the best cooling performance from a thermoelectric coolbox, look no further than the Mobicool MQ40A AC/DC. Thanks to its generous insulation, double fan system and split lid, it achieves cold temperatures quickly and efficiently. With cooling up to 20 °C below ambient temperature, you can take all kinds of food and drink away with you! Its aluminium outer casing is both elegant and durable. The fold-away handles save space when not needed and ensure effortless portability. There’s also a handy compartment in the lid to store your cables, so you don’t have any trouble finding them when they’re next needed!

Mobicool MQ40 Coolbox (12V/230V) Features

• Storage capacity: 39 l
• Fits 1.5 l bottles standing
• Use in the car or indoors thanks to dual voltage system (12/230 V)
• Efficient thermoelectric cooling technology
• Aluminium outer casing in elegant design
• Fold-away side handles for easy portability
• Cable compartment in lid

Specifications

• Dimensions product depth 580 mm
• Dimensions product height 440 mm
• Dimensions product width 390 mm
• Net weight 9.60 kg
• Gross volume (EN62552) 40.00 l
• Storage volume – total (EN 62552) 39.00 l
• Input voltage (AC) 220-240 V
• Input voltage (DC) 12 V
• Rated input current (DC) 3,91 A
• Rated input power (AC) 55 W
• Rated input power (DC) 47 W
• Input frequency 50/60 Hz
• Noise (DIN60704-1 & 60704-2-14) 36.00 dB(A)
• Power consumption in Eco mode 7.50 W
• Average energy consumption at AC (EN62552) 0.18 kWh/24h
• Energy class EU (1060/2010/EC) A++
• Climate class (EN62552) ST

THIS COOLBOX USES THERMOELECTRIC TECHNOLOGY

What is the difference between the cooling technologies?

ABSORPTION COOLING

Details of distinguishing features:

• Gas-powered cooling independent of electricity
• Three way cooling – Gas, 12 volts DC or 230 volts AC
• Silent operation
• Cooling performance depending on the ambient temperature

The Technical Bit

A concentrated ammonia solution is heated in a boiler and expelled as vapour. The pressurised ammonia gas is then liquefied in a condenser. Supplied with hydrogen, it evaporates and in the process extracts heat from the storage container. The ammonia gas then enters the absorber where it is reabsorbed in a weak solution of ammonia. Finally, the saturated solution flows back to the boiler where the whole cycle starts again.

THERMOELECTRIC TECHNOLOGY

Details of distinguishing features:

• 12 / 24 / 230 Volt
• Independent of inclination
• Lightweight and low-cost
• Cooling performance depending on the ambient temperature

The Technical Bit

The thermoelectric principle was discovered by J. C. A. Peltier, which is why the temperature generating parts of thermoelectric systems are referred to as Peltier elements. Thermoelectrics are based on the fact that cold or heat energy (depending on the polarity) is generated when a DC current is conducted between different types of metal. The heating or cooling capacity is further enhanced by heat exchangers and air fans. Ideal for low and medium cooling volumes.

COMPRESSOR TECHNOLOGY

Details of distinguishing features:

• Excellent cooling performance even at extreme ambient temperatures
• Refrigeration and deep-freezing
• 12 / 24 / 100 – 240 volts
• Low power consumption – suitable for solar operation
• Battery protection
• Quiet operation with little vibration
• Independent of inclination

The Technical Bit

Compressor units operate using a refrigerant that changes from liquid to gaseous state in the evaporator. The evaporation extracts heat from the interior of the cooling unit – the temperature drops. The compressor draws in the refrigerant, compresses it and passes it on to the condenser. Here, the absorbed heat is released to the atmosphere. The refrigerant liquefies again and flows to the evaporator, where the cycle begins again.

EAN-13 : 4015704276336