HOOVER H-Dry 500 NDEH11A2TCEXM 11kg Freestanding Heat Pump Tumble Dryer, WIFI Connectivity, Max energy saving, White

Brand: Hoover
Form factor: Front Load
Access location: Front Load
Capacity: 11 Kilograms
Colour: White

The Hoover H DRY 500 range of Heat Pump Tumble Dryers come in a range of 8, 9, 10 and 11kg load capacities and comes with 14 programmes, including 4 clever sensor dry options and 9 care cycles for the most popular programmes. Choose 8 and 9 for medium households and 10 and 11kg for large families. The H DRY 500 is designed with style and practicality in mind. The heat pump technology reuses any hot air that is normally lost to dry your load, making a heat pump dryer nearly twice as efficient a condenser dryer.
Featuring clever Sensor Dry technology, this product allows you to set the level of dryness you require and the dryer then switches off automatically when this level of dryness has been reached. Choose from Store Dry, Hang Dry and Iron Dry! This not only takes the best care of your garments, but also saves time, avoids over-drying, and is kind on bills, using just the right amount of energy.
The Wi-Fi technology allows you to unlock the full potential of your tumble dryer. Using the Hoover hOn app, download over 40 new programmes, ensure your appliance is working at its best and check the stats of your cycle. You can also access helpful hints and tips.
This product comes complete with the Aquavision in door water container. Aquavision is a unique, patented, water reservoir built right into the tumble dryer's door. The ergonomically designed Aquavision makes it easy to see when the water needs emptying and has a convenient handle, making it easy to remove for emptying.
H-DRY 500 is best in class in the drying performance and it also takes care of the environment. With Heat Pump Technology and the new gas used in the compressor, we reached the incredible result of reducing the Environmental impact by 30 times and the GWP* (Global Warming Potential) from 100 to 3,4. GWP is a measure of how much heat a greenhouse gas traps in the atmosphere up to a specific time horizon, relative to carbon dioxide.