INVENTUM VDW9001W 8kg Energy Class A++ Condenser
Clothes Dryer

Description

Introducing the INVENTUM VDW9001W Clothes Dryer - a top-of-the-line condenser type dryer that provides efficient and noiseless drying performance at just 65 decibels. With an energy class rating of APP, this dryer offers impressive energy savings with its power-off mode consuming only 0.35 watts and an annual weighted energy consumption of just 235.4 kilowatt-hours. Boasting a spacious cotton capacity of 8 kilograms, the VDW9001W can handle large loads effortlessly while providing optimal results in minimal time with programmes lasting between 115 to 195 minutes. This state-of-the-art dryer comes equipped with advanced features such as automatic drying processes that ensure your clothes are perfectly dry every time, even when you're not around to monitor them. The model also includes a condensation energy class rating of A and boasts an exceptional weighted condensation efficiency score of 91%, making it one of the most efficient dryers on the market today. The sleek

Specifications

• Brand

  INVENTUM

• Model

  VDW9001W

• Type

  Condenser

• Sound power level (weighted average value) (dB)

  65

• Energy Class

  A++

• Power Consumption of the off-mode (W)

  0.35

• Capacity (cotton) (kg)

  8

• Energy Consumption (E dry) (kWh)

  1.97

• Energy Consumption (E dry1/2) (kWh)

  1.07

• Power Consumption of the left-on mode (W)

  0.6

• Programme time of the ‘standard cotton programme at full load’ (T dry) (min)

  195

• Programme time of the ‘standard cotton programme at partial load’ (T dry½ ) (min)

  115

• Available On Market

  [2021, 6, 24]

• Weighted Annual Energy Consumption (kWh)

  235.4

• Weighted programme time of the ‘standard cotton programme at full and partial load’ (min)

  149

• Automatic tumble dryer

  True

• Duration of the left-on mode (min)

  5

• Condensation efficiency class

  A

• Weighted condensation efficiency (%)

  91

• Average condensation efficiency (C dry) (%)

  91

• Average condensation efficiency (C dry½)

  91