Hoover DXH9A2TCE 9KG Heat Pump Tumble Dryer – White

£369.99

Availablity:  in stock

Hoover DXH9A2TCE 9KG Heat Pump Tumble Dryer – White

This Hoover Dynamic Next dryer is a 9kg Heatpump, with an A++ energy rating, making it the most efficient type of tumble dryer, saving you money on energy bills. With a large 9kg drum, you are able to dry a large amount of clothes, perfect for family life. The clever Heatpump technology works by constantly recycling hot air around the drum – watch our handy video to find out more; With the handy AquaVision feature, the water container can be found in the door of the machine, making it easy to empty the container. Sensor dry technology will stop the cycle when the garments are dry to your requirement, saving you time and money. With four dryness levels (Hanger Dry, Ready to Iron, Wardrobe Dry and Extra Dry) you can have the flexibility to pick how dry you need your clothes. The machine also comes with Hoover One Touch technology, allowing you to control your machine through your Android smartphone. Overview: Heat pump dryer. Maximum drying capacity 9kg. 14 drying programmes. Manufacturers 10 year parts and 1 year labour guarantee. Size H85, W60, D60cm. Drying features: 3 heat settings. 180 minute timer. Anti-crease option. Cool tumble. Cottons cycle. Cupboard dry cycle. Delicates cycle. Easy iron cycle. 30 minute quick dry. Reverse tumble option. Sensor dry with 4 dryness levels. Shirts cycle. Sports cycle. Synthetics cycle. Woollens cycle. Controls: LCD display. Dial control. NFC enabled. Up to 24 hours delayed start. Time remaining indicator. Filter full indicator. Reservoir full indicator. Performance: Energy efficiency rating: A++. Energy consumption: 259kWh per year based on dry cotton cycle. Energy consumption: 2.18kWh per cycle based on dry cotton cycle. Noise level : 66dB(A). General features: Door water container. Fluff filter. Weight 42.5kg.

Reviews

Reviews

Leave a Reply

Your email address will not be published. Required fields are marked *

There are no reviews yet.