HOTPOINT H8 D94SB UK 9kg Energy Class A+++ Condenser
Clothes Dryer

Description

Introducing the HOTPOINT H8 D94SB UK clothes dryer, a high-performing condenser machine that delivers efficient and reliable drying results. With a noise level of just 62 decibels, this dryer operates quietly in any home environment. Built with an energy class rating of APPP, it offers optimal energy efficiency while consuming only 1.64 kWh per cycle for electric usage and 0.86 kWh per cycle for gas usage. Featuring a spacious capacity to handle up to 9kg of cotton clothing, this model can accommodate large loads with ease. Equipped with various programme settings such as automatic drying process, the HOTPOINT H8 D94SB UK provides ultimate convenience to customise your laundry experience. Designed by HOTPOINT, one of the leading suppliers in household appliances globally, this clothes dryer boasts exceptional durability and longevity you can rely on for years to come. Its innovative power-off mode feature consumes only 0.33 watts when not in use. With its sleek design

Specifications

• Brand

  HOTPOINT

• Model

  H8 D94SB UK

• Type

  Condenser

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

  62

• Energy Class

  A+++

• Power Consumption of the off-mode (W)

  0.33

• Capacity (cotton) (kg)

  9

• Energy Consumption (E dry) (kWh)

  1.64

• Energy Consumption (E dry1/2) (kWh)

  0.86

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

  2

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

  210

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

  120

• Available On Market

  [2021, 8, 4]

• Weighted Annual Energy Consumption (kWh)

  194

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

  159

• Automatic tumble dryer

  True

• Duration of the left-on mode (min)

  15

• Condensation efficiency class

  A

• Weighted condensation efficiency (%)

  91

• Average condensation efficiency (C dry) (%)

  91

• Average condensation efficiency (C dry½)

  91