Congelador de gavetas MPM MPM-161-ZF-19/D, 161 l, No Frost, autónomo, 3 gavetas, compressor inverter

Freestanding drawer freezer MPM MPM-161-ZF-19/D offers 161 litres of usable capacity in a vertical, space-saving design. The unit uses a No Frost system and an inverter compressor with R600a refrigerant to maintain consistent temperatures and reduce frost buildup. Three pull-out drawers and two fixed shelves provide organised storage for frozen goods, while an adjustable electronic thermostat and quick-freeze function let you control cooling intensity. The appliance operates at a noise level of 39 dB and is classified with a four-star freezer compartment and energy class D.

Advantages

The MPM MPM-161-ZF-19/D combines a No Frost system with an inverter compressor to deliver stable temperature control and efficient operation. Its adjustable electronic thermostat and quick-freeze option enable targeted freezing when needed, and the freestanding drawer layout with three drawers and two shelves simplifies access and organisation. Safety and convenience features include door and high-temperature alarms and around 11 hours of storage time during a power failure.

Suitable for

Key specifications

How to use

Place the freestanding freezer on a level surface with adequate ventilation around the rear and sides and connect it to a compatible 220–240 V, 50 Hz power outlet. Use the electronic control to set the desired temperature and activate quick-freeze when adding large amounts of unfrozen food. Store items in the pull-out drawers or on the shelves, avoiding overfilling to maintain airflow. The No Frost system removes the need for manual defrosting; monitor the door and high-temperature alarms to ensure food safety.

Recommendations

For best performance, allow newly transported food to reach standard room temperature before placing it in the freezer, maintain clear space around ventilation openings, and regularly check seals and alarm indicators. Avoid placing hot items directly into the drawers and distribute contents evenly to support efficient air circulation and consistent freezing.