Candy RO H9A2TE-S 9kg Energy Class A++ Condenser
Clothes Dryer

Description

Introducing the Candy RO H9A2TE-S Clothes Dryer, a sleek and efficient condenser dryer that operates at a noise level of 66. With an energy class rating of APP, this dryer boasts an impressive energy consumption rate of just 2.18 kWh per cycle using electricity and 1.15 kWh per cycle in power-off mode. Equipped with a cotton capacity of up to 9kg, you can rest assured your clothes will be dried quickly and efficiently with minimal energy usage. The Candy RO H9A2TE-S also features an automatic drying process for hassle-free operation, while its B-rated condensation efficiency ensures maximum moisture is removed from your clothing during each cycle. Its built-in feature makes it easy to install anywhere in your home without taking up much space. This high-quality dryer comes from trusted supplier Candy, who has been providing top-of-the-line household appliances since their inception. In addition to being eco-friendly with low annual weighted energy consumption levels (259),

Specifications

• Brand

  Candy

• Model

  RO H9A2TE-S

• Type

  Condenser

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

  66

• Energy Class

  A++

• Power Consumption of the off-mode (W)

  0.4

• Capacity (cotton) (kg)

  9

• Energy Consumption (E dry) (kWh)

  2.18

• Energy Consumption (E dry1/2) (kWh)

  1.15

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

  0.7

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

  260

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

  149

• Available On Market

  [2019, 10, 11]

• Weighted Annual Energy Consumption (kWh)

  259

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

  197

• Automatic tumble dryer

  True

• Duration of the left-on mode (min)

  5

• Condensation efficiency class

  B

• Weighted condensation efficiency (%)

  84

• Average condensation efficiency (C dry) (%)

  84

• Average condensation efficiency (C dry½)

  84