Husqvarna QW8785 916097997 8kg Energy Class A+++ Condenser
Clothes Dryer

Description

The Husqvarna QW8785 916097997 Clothes Dryer is a reliable condenser type model with a noise level of 65, making it perfect for use in any household. It has an energy class rating of APPP and features a power-off mode that consumes only 0.05 watts of power. With a cotton capacity of up to 8 kilograms, this dryer can handle large loads efficiently while minimizing energy consumption thanks to its excellent energy efficiency ratings (1.47 kWh per cycle for electric dryers and 0.83 kWh per cycle for gas ones). This model comes equipped with several useful features such as automatic drying process, which makes laundry day easier by automatically adjusting the drying time based on the load size and moisture content to ensure optimal results every time. The duration left-on mode indicator helps you keep track of how much longer your clothes will be drying, so you don't have to guess. Husqvarna also prioritizes sustainability, using advanced technology to

Specifications

• Brand

  Husqvarna

• Model

  QW8785 916097997

• Type

  Condenser

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

  65

• Energy Class

  A+++

• Power Consumption of the off-mode (W)

  0.05

• Capacity (cotton) (kg)

  8

• Energy Consumption (E dry) (kWh)

  1.47

• Energy Consumption (E dry1/2) (kWh)

  0.83

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

  0.05

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

  173

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

  105

• Available On Market

  [2016, 8, 15]

• Weighted Annual Energy Consumption (kWh)

  176.5

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

  134

• Automatic tumble dryer

  True

• Duration of the left-on mode (min)

  10

• Condensation efficiency class

  B

• Weighted condensation efficiency (%)

  86

• Average condensation efficiency (C dry) (%)

  86

• Average condensation efficiency (C dry½)

  86